mhurhangee/ep-ind-claims huggingface dataset:
Thermal device comprising a thermal part comprising a multitude of heat-transfer tubes for the passage of a heat-transfer fluid, characterized in that it comprises a light guide placed above the thermal part, this light guide having an optical property allowing an incident light ray to be guided in various exit directions depending on the angle of incidence of the incident light ray, so as to orient most of the incident light onto the heat-transfer tubes at low incidence, such as in winter, and to beside these heat-transfer tubes at high incidence, such as in summer.
A gas turbine combustor comprising: a combustor liner; a combustor casing, wherein the combustor liner is at least partly housed within the combustor casing; and a liner support arrangement, having individual support elements located between the combustor liner and the combustor casing, wherein each support element comprises a liner support member fixed to the combustor liner and a casing support member fastened to the combustor casing; wherein each support element comprises at least one spring member arranged between the casing support member and the liner support member; wherein each casing support member comprises a casing stop seat fixed on the combustor casing and a replaceable casing stop, detachably coupled to the casing stop seat; wherein each casing stop comprises a female part forming a gap, wherein a male part of the corresponding liner stop is inserted; wherein the combustor casing is provided with apertures wherein the casing stop seats are housed; and wherein each casing stop seat is configured and arranged to receive and retain therein a respective casing stop, characterized in that each casing stop seat is provided with a depression having a shape corresponding to the shape of the casing stop, wherein in the bottom of the depression of each casing stop, through holes are provided, wherein each casing stop is constrained to the respective casing stop seat by means of bolts and related nuts, and wherein the bolts extend through the holes of the casing stop seat, a combustor liner; a combustor casing, wherein the combustor liner is at least partly housed within the combustor casing; and a liner support arrangement, having individual support elements located between the combustor liner and the combustor casing, wherein each support element comprises a liner support member fixed to the combustor liner and a casing support member fastened to the combustor casing; wherein each support element comprises at least one spring member arranged between the casing support member and the liner support member; wherein each casing support member comprises a casing stop seat fixed on the combustor casing and a replaceable casing stop, detachably coupled to the casing stop seat; wherein each casing stop comprises a female part forming a gap, wherein a male part of the corresponding liner stop is inserted; wherein the combustor casing is provided with apertures wherein the casing stop seats are housed; and wherein each casing stop seat is configured and arranged to receive and retain therein a respective casing stop, characterized in that each casing stop seat is provided with a depression having a shape corresponding to the shape of the casing stop, wherein in the bottom of the depression of each casing stop, through holes are provided, wherein each casing stop is constrained to the respective casing stop seat by means of bolts and related nuts, and wherein the bolts extend through the holes of the casing stop seat,
An apparatus for cutting workpieces, in particular elongated workpieces, such as tubular members and beams, which apparatus comprises a support for supporting the workpiece, a frame, a circular guide on the frame, on which a carrier is mounted, which carrier is provided with a controllable driving mechanism, wherein said carrier and said support are positioned relative to each other such that the workpiece extends through the guide during the cutting operation, a cutting element connected to said carrier, as well as a control unit for controlling said carrier, characterized in that the cutting element is connected to the carrier via a robot arm having at least four axes of rotation, which robot arm with the cutting element connected thereto on one end is attached to the carrier on its other end, whereas the control unit is furthermore arranged for controlling the robot arm.
A portable data carrier with a microprocessor that is operable in a plurality of execution modes (M1, M2, M3, M4, M5, M6), wherein to each of the execution modes (M1, M2, M3, M4, M5, M6) a specified number of registers is allocated, characterized in that one of the execution modes (M1, M2, M3, M4, M5, M6) of the microprocessor is a virtual-machine mode in which the execution mode interprets the byte code of a virtual machine, the microprocessor is adapted to replace an existing execution mode by the virtual-machine mode, wherein those registers are allocated to the virtual-machine mode which had been allocated to the replaced execution mode (M1, M2, M3, M4, M5, M6) and wherein the content of the registers is maintained in the change of execution mode.
An Nrp2 + neural crest stem cell population or variants thereof for use in the treatment of a neuropsychiatric condition in a mammal, which condition is characterised by a defective hippocampus, wherein said stem cells or variants thereof regenerate the hippocampus.
A modified elastomer composition comprising following components, (B'), and and grafted with following component: component: an ethylene-α-olefin-non-conjugated diene copolymer rubber; component (B'): an ethylene-α-olefin copolymer rubber whose melting end peak temperature measured using a differential scanning calorimeter is 90°C or higher and which contains no non-conjugated diene units; component: an unsaturated silane compound; and component: a peroxide; wherein the ratio of component relative to 100 parts by mass of the total of component and component (B') is 5 to 50 parts by mass and the ratio of component (B') is 95 to 50 parts by mass. component: an ethylene-α-olefin-non-conjugated diene copolymer rubber; component (B'): an ethylene-α-olefin copolymer rubber whose melting end peak temperature measured using a differential scanning calorimeter is 90°C or higher and which contains no non-conjugated diene units; component: an unsaturated silane compound; and component: a peroxide;
A lactic acid bacteria strain, wherein said lactic acid bacteria strain is selected from the group consisting of the Lactobacillus bulgaricus strain PIM-1966 that was deposited with the Deutsche Sammlung von Mikroorganismen und Zellkulturen under accession No. DSM 23590 and functionally equivalent mutants thereof which have the resistance towards mechanical shear treatment of the parent.
A smoking article comprising: a mouthpiece having an outer surface; and a cooling agent inclusion complex disposed on the outer surface, wherein the cooling agent inclusion complex is a cyclodextrin cooling agent inclusion complex comprising cyclodextrin and a non-volatile cooling agent, wherein the cooling agent has a vapour pressure of less than about 8.5 Pa at 25 degrees centigrade. a mouthpiece having an outer surface; and a cooling agent inclusion complex disposed on the outer surface, wherein the cooling agent inclusion complex is a cyclodextrin cooling agent inclusion complex comprising cyclodextrin and a non-volatile cooling agent, wherein the cooling agent has a vapour pressure of less than about 8.5 Pa at 25 degrees centigrade.
A piston incorporating spring means acting, in use, between the piston and an associated connecting rod so as to bias the connecting rod away from the crown of the piston, the spring means being located substantially in the region of the piston crown, the spring means being such as to permit the crown of the piston to move axially relative to the connecting rod, wherein the spring means is made of a material having a Young's modulus of 75 GPa or less, and a tensile elastic limit strength of 700 MPa or more, characterised in that the spring material is a beta titanium alloy.
A communication device comprising at least one processor and arranged to communicate with a further communication device in a synchronized fashion, i.e. in allocated slots in consecutive frames, the communication device also comprising an electronic module comprising an electronic module timer which is arranged to be calibrated by said at least one processor, the electronic module being arranged to: a. generate a communication device shut down signal in order to shut down said communication device apart from said electronic module at a first moment in time, b. generate a communication device wake-up signal in order to switch on and start booting and settling system components of said communication device at a second moment in time after said first moment in time, and c. generate a communication device synchronization signal at a third moment in time after said second moment in time in order to allow said communication device to restart communicating with said further communication device in said synchronized fashion, i.e. in said allocated slots, wherein the communication device synchronizes to the further communication device by synchronizing to a bearer transmitted by said further communication device in predetermined slots in predetermined frames (F(i)), said predetermined slots being associated with said communication device, characterized in that the third moment in time being equal to a time such that the next received slot is one of said predetermined slots associated with the communication device to allow said communication device to receive a further bearer in said next received slot which is located a given number of frames after having properly received a last bearer in a first slot at a time before said first moment in time, the second moment in time being determined by subtracting a time period from the third moment in time, said time period being equal to a time required for said booting and said settling and a time margin for unpredictable start up phenomena. a. generate a communication device shut down signal in order to shut down said communication device apart from said electronic module at a first moment in time, b. generate a communication device wake-up signal in order to switch on and start booting and settling system components of said communication device at a second moment in time after said first moment in time, and c. generate a communication device synchronization signal at a third moment in time after said second moment in time in order to allow said communication device to restart communicating with said further communication device in said synchronized fashion, i.e. in said allocated slots,
An end-effector, comprising: a clamp arm; and an ultrasonic blade configured to acoustically couple to an ultrasonic transducer and to electrically couple to a pole of an electrical generator; wherein the clamp arm comprises: a clamp jaw; and a composite clamp arm pad attached to the clamp jaw, comprising electrically non-conductive layers and electrically conductive layers, arranged in a sandwich like configuration, wherein the electrically conductive layers are configured to electrically couple to an opposite pole of the electrical generator. a clamp arm; and an ultrasonic blade configured to acoustically couple to an ultrasonic transducer and to electrically couple to a pole of an electrical generator; wherein the clamp arm comprises: a clamp jaw; and a composite clamp arm pad attached to the clamp jaw, comprising electrically non-conductive layers and electrically conductive layers, arranged in a sandwich like configuration, wherein the electrically conductive layers are configured to electrically couple to an opposite pole of the electrical generator. a clamp jaw; and a composite clamp arm pad attached to the clamp jaw, comprising electrically non-conductive layers and electrically conductive layers, arranged in a sandwich like configuration, wherein the electrically conductive layers are configured to electrically couple to an opposite pole of the electrical generator.
Hand-actuated transmitter unit for vehicles, in particular for handlebar-controlled vehicles, comprising a housing, an actuating lever which is movable relative to the housing and is coupled to a transmission element such that an actuation of the actuating lever is transmitted by means of the transmission element to a slave unit, wherein there is associated with the transmitter unit is a detector unit which detects with at least one detector (192, 194) a transition of the actuating lever from a non-actuated state into an actuated state and vice versa, characterised in that the at least one detector (192, 194) is associated with a reach adjust device for the actuating lever, the reach adjust device being arranged on the housing.
A method of a device to perform sidelink communication, comprising: the device receives a sidelink grant from a network node, wherein the sidelink grant schedules or assigns multiple sidelink resources and any two sidelink resources of the multiple sidelink resources are in different slots; and the device generates a data packet comprising or multiplexing sidelink data from Sidelink, SL, logical channel(s); wherein the SL logical channel(s) is configured with enabled SL Hybrid Automatic Request, HARQ, feedback, and wherein the device performs two sidelink transmissions for the data packet on two adjacent, neighbor, or consecutive sidelink resources among the multiple sidelink resources if a time gap of the two adjacent, neighbor, or consecutive sidelink resources is larger than or equal to a minimum time gap; and the device drops, skips, or cancels one sidelink transmission of the two sidelink transmissions on one sidelink resource of the two adjacent, neighbor, or consecutive sidelink resources among the multiple sidelink resources if the time gap of the two adjacent, neighbor, or consecutive sidelink resources is less than the minimum time gap; wherein the minimum time gap comprises a first time gap and a second time gap, and wherein the first time gap is between a Physical Sidelink Shared Channel, PSSCH, transmission and a corresponding Physical Sidelink Feedback Channel, PSFCH, reception, and the second time gap is a (pre-)configured or specified value. the device receives a sidelink grant from a network node, wherein the sidelink grant schedules or assigns multiple sidelink resources and any two sidelink resources of the multiple sidelink resources are in different slots; and the device generates a data packet comprising or multiplexing sidelink data from Sidelink, SL, logical channel(s); wherein the SL logical channel(s) is configured with enabled SL Hybrid Automatic Request, HARQ, feedback, and wherein the device performs two sidelink transmissions for the data packet on two adjacent, neighbor, or consecutive sidelink resources among the multiple sidelink resources if a time gap of the two adjacent, neighbor, or consecutive sidelink resources is larger than or equal to a minimum time gap; and the device drops, skips, or cancels one sidelink transmission of the two sidelink transmissions on one sidelink resource of the two adjacent, neighbor, or consecutive sidelink resources among the multiple sidelink resources if the time gap of the two adjacent, neighbor, or consecutive sidelink resources is less than the minimum time gap; wherein the minimum time gap comprises a first time gap and a second time gap, and wherein the first time gap is between a Physical Sidelink Shared Channel, PSSCH, transmission and a corresponding Physical Sidelink Feedback Channel, PSFCH, reception, and the second time gap is a (pre-)configured or specified value.
A calibration method for dental implant navigation surgery, comprising: obtaining a spatial position of a first visual marker disposed on a scanning device, obtaining a spatial position of the scanning device based on the position of the first visual marker relative to the center of the scanning device, wherein the position of the first visual marker relative to the center of the scanning device is represented by a homogeneous matrix T S M1, where S represents a coordinate system of the scanning device and M1 represents a coordinate system of the first visual marker, obtaining a position of a scanning area relative to a second visual marker based on the spatial position of the first visual marker disposed on the scanning device, a spatial position of the second visual marker disposed on a surgical area, and a scanning position of the scanning area obtained by scanning with the scanning device; and registering the position of the scanning area relative to the second visual marker with a three-dimensional scene to obtain a transformation matrix. obtaining a spatial position of a first visual marker disposed on a scanning device, obtaining a spatial position of the scanning device based on the position of the first visual marker relative to the center of the scanning device, wherein the position of the first visual marker relative to the center of the scanning device is represented by a homogeneous matrix T S M1, where S represents a coordinate system of the scanning device and M1 represents a coordinate system of the first visual marker, obtaining a position of a scanning area relative to a second visual marker based on the spatial position of the first visual marker disposed on the scanning device, a spatial position of the second visual marker disposed on a surgical area, and a scanning position of the scanning area obtained by scanning with the scanning device; and registering the position of the scanning area relative to the second visual marker with a three-dimensional scene to obtain a transformation matrix.
Apparatus for the measurement of carbon dioxide in a working gas comprising: - at least one oxygenation device of an extracorporeal blood flow provided with at least one entry and one outlet for a working gas used to supply oxygen and/or to remove CO2 from the blood flow; - at least one measuring device provided with at least one inlet of the working gas coming out of said oxygenation device and configured to measure the level of carbon dioxide present inside the working gas; - at least one connecting line for the connection of said outlet to said inlet adapted to convey the working gas coming out of said oxygenation device entering said measuring device; - outflow means of a condensate formed by the working gas along the connecting line on the outside thereof; characterized by the fact that said outflow means comprise at least one branch line communicating on one side with said connecting line and on the opposite side with the external environment, said branch line being at room pressure, wherein said branch line is placed at a lower level than said outlet of the oxygenation device and with respect to said inlet of the measuring device. - at least one oxygenation device of an extracorporeal blood flow provided with at least one entry and one outlet for a working gas used to supply oxygen and/or to remove CO2 from the blood flow; - at least one measuring device provided with at least one inlet of the working gas coming out of said oxygenation device and configured to measure the level of carbon dioxide present inside the working gas; - at least one connecting line for the connection of said outlet to said inlet adapted to convey the working gas coming out of said oxygenation device entering said measuring device; - outflow means of a condensate formed by the working gas along the connecting line on the outside thereof;
A sensor assembly (60; 160; 260; 360) configured to couple to a differential case (15; 115; 215) of a locking differential, the sensor assembly configured to determine a position of an armature (46; 146; 346) in relation to a stator (38; 138), the armature moving relative to the stator between engaged and disengaged positions corresponding to the locking differential being in a locked and unlocked state, the sensor assembly comprising: a sensor housing (74; 174; 374); a switch element (70; 170; 370) disposed in the sensor housing (74; 174; 374); and a sense element (72; 172) that moves with the armature (46; 146; 346); wherein the sensor assembly (60; 160; 260; 360) is configured to change state based on a position of the sense element (72: 172). characterized in that the sensor housing (74; 174; 374) is coupled relative to the differential case (15; 115) of the locking differential; the sensor assembly comprises an arm (84; 184) that extends from one of the armature (46; 146; 346) and the stator (38; 138); and the arm (84; 184; 384) is configured for fixturing the sensor housing (74; 174; 374) to the arm during assembly such that the arm is a reference to align and locate the sensor housing when the sensor housing is inserted into the differential case (15; 115; 215). a sensor housing (74; 174; 374); a switch element (70; 170; 370) disposed in the sensor housing (74; 174; 374); and a sense element (72; 172) that moves with the armature (46; 146; 346); wherein the sensor assembly (60; 160; 260; 360) is configured to change state based on a position of the sense element (72: 172). characterized in that the sensor housing (74; 174; 374) is coupled relative to the differential case (15; 115) of the locking differential; the sensor assembly comprises an arm (84; 184) that extends from one of the armature (46; 146; 346) and the stator (38; 138); and the arm (84; 184; 384) is configured for fixturing the sensor housing (74; 174; 374) to the arm during assembly such that the arm is a reference to align and locate the sensor housing when the sensor housing is inserted into the differential case (15; 115; 215).
Comminuting machine such as a crusher, mill or the like, in which the material to be comminuted is guided through a gap formed between at least one wear layer applied to a component part of the comminuting machine and a counter-surface, the extent of said gap varying as the at least one wear layer progressively wears, characterized in that a radar antenna oriented towards the associated counter-surface is assigned for determining the wear occurring at the wear layer and/or for determining the respectively applicable extent of the gap between wear layer and counter-surface, wherein the radar antenna comprises an antenna region and a wear part assigned to at least that region of the wear layer which is provided for permissible wear, said wear part becoming shorter in each case with the wear of the wear layer.