mhurhangee/ep-ind-claims huggingface dataset:
Method for rolling an electrically driven vehicle provided with a parking lock device into a standstill position of the vehicle, wherein the parking lock device comprises a pawl and a parking lock gear and is designed, when activated, to engage by way of the pawl in an external toothing formed on the circumference of a parking lock gear and to block same, wherein the parking lock device comprises an actuator, which activates the pawl via an actuating mechanism, wherein the actuating mechanism comprises a slider which is translationally movable along a guide, is biased by a biasing spring and acts on an activating surface of the pawl, wherein, when the parking lock device is activated, there is a position in which the pawl is prevented from locking a parking lock gear, said method comprising the following method steps: a) biasing the biasing spring by way of the actuator when the parking lock device is activated, b) transmitting to a control unit a position of the parking lock gear accommodated in a rotationally fixed manner, said position being identified by a position identification system, c) determining an angle of rotation of the rotor shaft of the electric machine to reach the nearest tooth space of an outer toothing of the parking lock gear and d) actuating the electric machine to pass through the angle of rotation determined in accordance with c) and controlling an approach to the position of the tooth space determined in accordance with c), characterized in that a direction of rotation of the electric machine to pass through the angle of rotation determined in accordance with c) is obtained from the information about whether the electric machine has delivered a torque when the standstill position of the electrically driven vehicle is reached or whether the electric machine was rotated by the vehicle movement in recuperation mode before the standstill position of the electrically driven vehicle was reached. a) biasing the biasing spring by way of the actuator when the parking lock device is activated, b) transmitting to a control unit a position of the parking lock gear accommodated in a rotationally fixed manner, said position being identified by a position identification system, c) determining an angle of rotation of the rotor shaft of the electric machine to reach the nearest tooth space of an outer toothing of the parking lock gear and d) actuating the electric machine to pass through the angle of rotation determined in accordance with c) and controlling an approach to the position of the tooth space determined in accordance with c),
A memory device, comprising: a memory; and a bus interface, characterized by control circuitry to access the memory and execute memory read and write operations; and command logic configured to decode command sequences received on the bus interface that comprise corresponding operation codes, and one or both of addresses and data, received on the bus interface, and to enable the control circuitry to execute operations identified in the command sequences; while receiving a first command sequence, the command logic being responsive to a first control signal to interrupt the first command sequence; the command logic being responsive to a second control signal after the first control signal, to receive and decode a second command sequence and to enable the control circuitry to execute an operation identified in the second command sequence; the command logic responsive to a third control signal after completion of the second command sequence to receive and decode a third command sequence, the third command sequence including an operation code and data, to complete the interrupted first command sequence, and to enable the control circuitry to execute the operation identified in the first command sequence. a memory; and a bus interface, characterized by control circuitry to access the memory and execute memory read and write operations; and command logic configured to decode command sequences received on the bus interface that comprise corresponding operation codes, and one or both of addresses and data, received on the bus interface, and to enable the control circuitry to execute operations identified in the command sequences; while receiving a first command sequence, the command logic being responsive to a first control signal to interrupt the first command sequence; the command logic being responsive to a second control signal after the first control signal, to receive and decode a second command sequence and to enable the control circuitry to execute an operation identified in the second command sequence; the command logic responsive to a third control signal after completion of the second command sequence to receive and decode a third command sequence, the third command sequence including an operation code and data, to complete the interrupted first command sequence, and to enable the control circuitry to execute the operation identified in the first command sequence.
A wafer processing laminate consisting of a support, a temporary adhesive layer on the support, and a wafer laid contiguous to the temporary adhesive layer, the wafer having a circuit-forming front surface and a back surface to be processed, said temporary adhesive layer being a composite temporary adhesive layer consisting of a first temporary bond layer of thermoplastic siloxane bond-free polymer which is releasably bonded to the front surface of the wafer, a second temporary bond layer of thermoplastic siloxane polymer which is laid contiguous to a central region of the first temporary bond layer excluding a peripheral region, and a third temporary bond layer of thermosetting modified siloxane polymer which is laid contiguous to the support, wherein in the peripheral region where the second temporary bond layer is removed, a peripheral portion of the first temporary bond layer is in close contact with a peripheral portion of the third temporary bond layer.
An indoor unit of an air-conditioning apparatus comprising: a heat-medium heat exchanger provided in a housing and configured to cause heat exchange to be performed between a heat medium and indoor air; an air vent valve configured to allow air to escape from a heat medium passage that allows the heat medium to flow in the heat-medium heat exchanger; a drain pan provided below the heat-medium heat exchanger and configured to receive condensation water generated at a surface of the heat-medium heat exchanger; a hose having flexibility, attached to the air vent valve, and configured to let out the air along with the heat medium from the heat medium passage to an inner space in the drain pan, and the indoor unit being characterized by that: the hose has a double-wall structure in which an inner exhaust pipe and an outer protection pipe are provided, and an upper end portion of the hose is fixed to the air vent valve, wherein the inner exhaust pipe and the outer protection pipe are formed of the same flexible material, and wherein the inner exhaust pipe and the outer protection pipe are provided such that a cylindrical gap is provided between an outer circumferential portion of the inner exhaust pipe and an inner circumferential portion of the outer protection pipe. a heat-medium heat exchanger provided in a housing and configured to cause heat exchange to be performed between a heat medium and indoor air; an air vent valve configured to allow air to escape from a heat medium passage that allows the heat medium to flow in the heat-medium heat exchanger; a drain pan provided below the heat-medium heat exchanger and configured to receive condensation water generated at a surface of the heat-medium heat exchanger; a hose having flexibility, attached to the air vent valve, and configured to let out the air along with the heat medium from the heat medium passage to an inner space in the drain pan, and the indoor unit being characterized by that: the hose has a double-wall structure in which an inner exhaust pipe and an outer protection pipe are provided, and an upper end portion of the hose is fixed to the air vent valve, wherein the inner exhaust pipe and the outer protection pipe are formed of the same flexible material, and wherein the inner exhaust pipe and the outer protection pipe are provided such that a cylindrical gap is provided between an outer circumferential portion of the inner exhaust pipe and an inner circumferential portion of the outer protection pipe. the hose has a double-wall structure in which an inner exhaust pipe and an outer protection pipe are provided, and an upper end portion of the hose is fixed to the air vent valve, wherein the inner exhaust pipe and the outer protection pipe are formed of the same flexible material, and wherein the inner exhaust pipe and the outer protection pipe are provided such that a cylindrical gap is provided between an outer circumferential portion of the inner exhaust pipe and an inner circumferential portion of the outer protection pipe.
A vehicle interior assembly, comprising: a seat belt assembly comprising a seat belt retractor and a seat belt drawn out from the seat belt retractor; a vehicle interior support member, which is configured to support a portion of the seat belt; and a vehicle interior cover member, which is mountable to a vehicle side wall so as to cover the seat belt retractor, wherein the vehicle interior cover member comprises a first portion and the vehicle interior support member comprises a second portion facing the first portion, at least one of the first portion and the second portion being resilient such that the first portion and the second portion together define a slit through which the seat belt can pass, wherein the first portion and the second portion comprise respective alignment portions (42, 32) configured to align the first portion and the second portion, characterized in that a lower edge of the vehicle interior cover member in a vehicular vertical direction and an upper edge of the vehicle interior support member in the vehicular vertical direction together define a seat belt outlet, the seat belt extending through the seat belt outlet when the vehicle interior cover member is mounted to the vehicle side wall. a seat belt assembly comprising a seat belt retractor and a seat belt drawn out from the seat belt retractor; a vehicle interior support member, which is configured to support a portion of the seat belt; and a vehicle interior cover member, which is mountable to a vehicle side wall so as to cover the seat belt retractor, wherein the vehicle interior cover member comprises a first portion and the vehicle interior support member comprises a second portion facing the first portion, at least one of the first portion and the second portion being resilient such that the first portion and the second portion together define a slit through which the seat belt can pass, wherein the first portion and the second portion comprise respective alignment portions (42, 32) configured to align the first portion and the second portion, characterized in that a lower edge of the vehicle interior cover member in a vehicular vertical direction and an upper edge of the vehicle interior support member in the vehicular vertical direction together define a seat belt outlet, the seat belt extending through the seat belt outlet when the vehicle interior cover member is mounted to the vehicle side wall.
Laminate for insulation of roofs including a reinforcement element with a net or a woven fabric and a water-tight active element, whereby the active element is more flexible than the reinforcement element, and characterized in that the active element has a strip overhanging beyond an edge of the reinforcement element, and the laminate has a strip of adhesive material, for example an adhesive tape is provided along the overhanging strip and to a face of the active element which is in contact with the reinforcement element, and the adhesive material is used to attach two adjacent laminates.
A voltage nonlinear resistive element (30, 130, 40, 140) including: a voltage nonlinear resistor containing two or more joined bodies stacked, wherein each joined body is produced as a zinc oxide ceramic layer composed mainly of zinc oxide and having a volume resistivity of less than 1.0 x 10 -2 Ωcm on which is formed a a rare-earth metal oxide layer composed mainly of a rare-earth metal oxide, and a pair of electrodes (16, 18) disposed on the voltage nonlinear resistor such that an electrically conductive path passes through a junction between the zinc oxide ceramic layer and the rare-earth metal oxide layer wherein a rare-earth metal oxide layer, or a rare-earth metal oxide layer and a conductor layer, or a rare-earth metal oxide layer, a conductor layer and a rare-earth metal oxide layer are disposed between adjacent zinc oxide ceramic layers. a voltage nonlinear resistor containing two or more joined bodies stacked, wherein each joined body is produced as a zinc oxide ceramic layer composed mainly of zinc oxide and having a volume resistivity of less than 1.0 x 10 -2 Ωcm on which is formed a a rare-earth metal oxide layer composed mainly of a rare-earth metal oxide, and a pair of electrodes (16, 18) disposed on the voltage nonlinear resistor such that an electrically conductive path passes through a junction between the zinc oxide ceramic layer and the rare-earth metal oxide layer wherein a rare-earth metal oxide layer, or a rare-earth metal oxide layer and a conductor layer, or a rare-earth metal oxide layer, a conductor layer and a rare-earth metal oxide layer are disposed between adjacent zinc oxide ceramic layers.
A system, comprising: a fiber or plastic based package comprising conductors for transferring package data from the fiber or plastic based package to an interface; the interface adapted to attach and connect, in a detachable manner, the fiber or plastic based package to a module; and the module; wherein the interface comprises electrically conductive contact points through which the conductors connect to electric parts (1040,1042,4044) of the module so that the package data is configured to be transferred through the electrically conductive contact points to the module; characterized in that the module comprises a wireless transmitter having a modem configured to mobile communications via a mobile network, and a controller configured to synchronize its clock to system clock received over a wireless link provided by the modem. a fiber or plastic based package comprising conductors for transferring package data from the fiber or plastic based package to an interface; the interface adapted to attach and connect, in a detachable manner, the fiber or plastic based package to a module; and the module; wherein the interface comprises electrically conductive contact points through which the conductors connect to electric parts (1040,1042,4044) of the module so that the package data is configured to be transferred through the electrically conductive contact points to the module; characterized in that the module comprises a wireless transmitter having a modem configured to mobile communications via a mobile network, and a controller configured to synchronize its clock to system clock received over a wireless link provided by the modem.
An improved closure adapted for use with a suitably configured dispensing container the closure comprising, as parts of a single sidewall, a compressible main body part having a sidewall having disposed thereon and/or formed within one or more gripping means, a set of mating threads upon the interior of the sidewall, and a base edge, a distensible base skirt part which depends from the main body part by connecting cowling sections, which are part of the base skirt part and connected to part of the main body part at regions between adjacent arcuate perforations, the base skirt part comprising sidewall rim regions which are connected to the cowling sections but separated from the main body part by the arcuate perforations in the region between the cowling sections and a base edge of the main body part, characterized in that the closure further comprises catch pawls within the cowling section, wherein the catch pawls are diametrically opposed with respect to one another, whereby compression of a portion of the main body imparts flexural stress and deformation of a portion of the closure such that the distance between the tips of the pawls increases. a compressible main body part having a sidewall having disposed thereon and/or formed within one or more gripping means, a set of mating threads upon the interior of the sidewall, and a base edge, a distensible base skirt part which depends from the main body part by connecting cowling sections, which are part of the base skirt part and connected to part of the main body part at regions between adjacent arcuate perforations, the base skirt part comprising sidewall rim regions which are connected to the cowling sections but separated from the main body part by the arcuate perforations in the region between the cowling sections and a base edge of the main body part, characterized in that the closure further comprises catch pawls within the cowling section, wherein the catch pawls are diametrically opposed with respect to one another, whereby compression of a portion of the main body imparts flexural stress and deformation of a portion of the closure such that the distance between the tips of the pawls increases.
A session control method in an IMS, characterized in that the method comprises: Requesting (S4A13, S4B11, S513), by a third Interrogation-Call Session Control Function, I-CSCF, a Domain Name Server, DNS, for address information of a second Service-Call Session Control Function, S-CSCF, bound with a second UE involved in a current session with a first User Equipment, UE, upon reception of a session request of the first UE transmitted from a first S-CSCF bound with the first UE (S4A10, S4B10, S510); Requesting (S4A17, S4B15, S517), by the third I-CSCF, again the DNS for address information of an available third S-CSCF upon failing to transmit the session request of the first UE to the second S-CSCF according to the address information of the second S-CSCF; Forwarding (S4A19, S4B17, S519), by the third I-CSCF, the session request of the first UE to the third S-CSCF according to the address information of the third S-CSCF returned from the DNS; and Instructing (S4A20, S4B20), by the third S-CSCF, the second UE to renew initialized registration through a second Proxy-Call Session Control Function, P-CSCF, bound with the second UE according to address information of the second P-CSCF, or obtaining service registration information iFC of the second UE from an HSS and switching the current session to the second UE according to the address information of the second P-CSCF bound with the second UE and the iFC. Requesting (S4A13, S4B11, S513), by a third Interrogation-Call Session Control Function, I-CSCF, a Domain Name Server, DNS, for address information of a second Service-Call Session Control Function, S-CSCF, bound with a second UE involved in a current session with a first User Equipment, UE, upon reception of a session request of the first UE transmitted from a first S-CSCF bound with the first UE (S4A10, S4B10, S510); Requesting (S4A17, S4B15, S517), by the third I-CSCF, again the DNS for address information of an available third S-CSCF upon failing to transmit the session request of the first UE to the second S-CSCF according to the address information of the second S-CSCF; Forwarding (S4A19, S4B17, S519), by the third I-CSCF, the session request of the first UE to the third S-CSCF according to the address information of the third S-CSCF returned from the DNS; and Instructing (S4A20, S4B20), by the third S-CSCF, the second UE to renew initialized registration through a second Proxy-Call Session Control Function, P-CSCF, bound with the second UE according to address information of the second P-CSCF, or obtaining service registration information iFC of the second UE from an HSS and switching the current session to the second UE according to the address information of the second P-CSCF bound with the second UE and the iFC.
A method of determining whether a subject is at increased risk of manifesting progressive prostate cancer comprising: determining whether a prostate cancer cell obtained from the subject contains a MAN2A1-FER fusion gene, where the presence of the fusion gene indicates that the subject is at increased risk of manifesting progressive prostate cancer.
Tubular heat exchanger for the treatment of juices and juice-type foodstuff products with medium to high viscosity, with at least one jacket tube containing at least one inner tube, wherein at least the inner tube is formed as a crosswise twisted tube with thread-like multi-start spirals (D1, D2) running at an angle of twist (α, α1) to the tube axis, and mutually at least essentially symmetrically to the tube axis crossing multi start spirals (D1, D2) characterised in that as the inner tube a crosswise twisted tube is provided with an angle of twist from 18° to 23°.
A hydraulic system for a motor vehicle, in particular commercial vehicle, with a pump and at least one functional device (1, 3, 4, 5, 7, 8, 9, 10, 11), which is fluidically connected to the pump, wherein the hydraulic system has a protective configuration which serves to protect the functional device (1, 3, 4, 5, 7, 8, 9, 10, 11) from the effect of damage to and/or in the pump, characterized in that the protective configuration ensures that the functional device (1, 3, 4, 5, 7, 8, 9, 10, 11) is deactivated, is blocked in the deactivated state and/or is decoupled from the pump when a predefined safety criterion is met, and the safety criterion comprises the rotational speed of the pump reaching or exceeding a rotational speed limit.
A child car seat, particularly for transporting children, which comprises a car base which can be associated detachably, via fixing means, with a seat of a car, and a seat element, which can be associated detachably with said car base via engagement/disengagement means supported by said car base which comprise at least one hook configured to engage a respective engagement element supported by said seat element, said car base comprising a fixed framework which supports, so that it can rotate about an axis that is vertical during use, a rotatable supporting body for said at least one hook which is adapted to pass from at least one inactive or child loading/unloading position to at least two active or use positions, said at least one inactive position and said at least two active positions being mutually angularly spaced apart around said axis, said child car seat comprising at least one locking device for the automatic locking of said rotatable supporting body in at least one of said active or use positions, said fixed framework supporting at least one actuation element, which is functionally connected to said locking device and is connected to an engagement body in order to disengage it from a respective seat defined on said rotatable supporting body, so as to allow the mutual rotation of said rotatable supporting body with respect to said fixed framework about said axis, said two seats comprising a first seat and a second seat which are angularly mutually spaced apart around said axis, said at least one hook can be associated with a first seat element and with a second seat element, different from the first seat element, said first seat element being of the type adapted to be used exclusively so that the child sits against the direction of travel of the car and said second seat element being of the type adapted to be used so that the child can sit against the direction of travel of the car or facing the direction of travel of the car, characterized in that said engagement/disengagement means are configured to allow the coupling of said second seat element to said rotatable supporting body in both longitudinal directions and of said first seat element to said rotatable supporting body in only one longitudinal orientation, said rotatable supporting body being associated with closure means for said first seat, said closure means being actuated on command following the coupling of said first seat element with said at least one hook.