mhurhangee/ep-ind-claims huggingface dataset:
A sinterable bonding material comprising: i) at least 85% by mass, based on the total mass of solid components in the bonding material, of a silver filler; and ii) an organic base compound as a sintering promoter, wherein the silver filler comprises a flake-shaped silver filler and wherein the organic base compound is a nitrogen-containing hetero-ring compound. i) at least 85% by mass, based on the total mass of solid components in the bonding material, of a silver filler; and ii) an organic base compound as a sintering promoter,
Command button for a command input device provided rotational between one position, referred to as starting position, when said command button is at rest and one position, referred to as ending position, when a force is applied to said command button with a view to entering a command, said command button comprising: - a part, said lower part, provided in order to be fixed rotational about an axis of rotation, on/in a frame of said command input device, and - a part, said upper part, provided in order to be removably fixed onto said lower part and be actuated by a finger of a user in order to enter a command; characterized in that said upper part comprises: - a surface, said starting abutment surface, provided in order to abut against a portion of said frame of said device when said command button is in the starting position so as to adjust said starting position; and/or - a surface, said ending abutment surface, provided in order to abut against a portion of said frame of said command input device when said command button is in the ending position, so as to adjust said ending position. - a part, said lower part, provided in order to be fixed rotational about an axis of rotation, on/in a frame of said command input device, and - a part, said upper part, provided in order to be removably fixed onto said lower part and be actuated by a finger of a user in order to enter a command; - a surface, said starting abutment surface, provided in order to abut against a portion of said frame of said device when said command button is in the starting position so as to adjust said starting position; and/or - a surface, said ending abutment surface, provided in order to abut against a portion of said frame of said command input device when said command button is in the ending position, so as to adjust said ending position.
A system, comprising: a heart sound sensor configured to detect first heart sound information of a heart of a patient in a first, low-power operational mode and to detect second heart sound information of the heart in a separate second, high-power operational mode; and a heart sound control circuit configured to receive physiologic information from the patient, and to control the operational mode of the heart sound sensor using the received physiologic information; wherein the control circuit is configured to receive heart sound information from the heart sound sensor, and to control the operational mode of the heart sound sensor using the received heart sound information, and wherein the heart sound control circuit is configured to transition the heart sound sensor from the first mode to the second mode when the first heart sound information exceeds a threshold. a heart sound sensor configured to detect first heart sound information of a heart of a patient in a first, low-power operational mode and to detect second heart sound information of the heart in a separate second, high-power operational mode; and a heart sound control circuit configured to receive physiologic information from the patient, and to control the operational mode of the heart sound sensor using the received physiologic information; wherein the control circuit is configured to receive heart sound information from the heart sound sensor, and to control the operational mode of the heart sound sensor using the received heart sound information, and wherein the heart sound control circuit is configured to transition the heart sound sensor from the first mode to the second mode when the first heart sound information exceeds a threshold.
A forming press for forming a sheet-shaped blank made of metal with at least two thermally insulated frame parts (6, 7) that are movable towards one another, wherein the one first frame part comprises a die with a negative engraving, and wherein the other second frame part comprises a stamp movable within a space of said frame part, wherein the sheet-shaped blank above the stamp rests in a sealing manner on the second frame part receiving the stamp by forming a pressure space with the stamp, characterised in that the pressure space can be supplied with a pressurised gas from a pressure generator, wherein the die of the one first frame part and/or of the stamp of the other second frame part comprises at least a temperature control device (22, 25), which can be managed or controlled, wherein the temperature control device (22, 25) in its use heats up the sheet-shaped blanks made of hot formable material to the forming temperature above 300 °C required for the hot formable material.
Process for the recovery and devulcanization of vulcanized rubber through the use of a plant comprising: - a mill for grinding said vulcanized rubber into particles, - a twin-screw extruder for devulcanization, which is provided with a device for the forced feeding of said vulcanized rubber particles and a thermostatting device, - a single-screw extruder arranged downstream of said twin-screw extruder, and provided with a thermostatting device, a filter for the devulcanized rubber and an extrusion die shaped like a slot, from which devulcanized rubber comes out in the form of a strip or sheet, and - a cooling device for the strip or sheet of de-vulcanized rubber, wherein said twin-screw extruder operates at a temperature between 35 and 450° C, a screw rotation speed between 15 and 600 rpm, and a torque density between 11 and 18 Nm/cm 3, so that the shear rate remains substantially constant for the entire longitudinal extension of the twin-screw extruder. - a mill for grinding said vulcanized rubber into particles, - a twin-screw extruder for devulcanization, which is provided with a device for the forced feeding of said vulcanized rubber particles and a thermostatting device, - a single-screw extruder arranged downstream of said twin-screw extruder, and provided with a thermostatting device, a filter for the devulcanized rubber and an extrusion die shaped like a slot, from which devulcanized rubber comes out in the form of a strip or sheet, and - a cooling device for the strip or sheet of de-vulcanized rubber,
A terminal apparatus comprising: a processing unit having a first control unit and a second control unit, wherein, when the terminal apparatus is in a connected mode in a first frequency band of a first cellular system, the second control unit is configured to transmit or receive a first signal in the first frequency band, and the first control unit is configured to select a second frequency band, when an application supporting multicasting is activated in the terminal apparatus, wherein the second control unit is further configured to receive, in the second frequency band, a multicast signal transmitted from a base station of a second cellular system, when the terminal apparatus is in the connected mode in the first cellular system; wherein the first control unit is further configured to select the second frequency band, which is not the first frequency band of the first cellular system, through a cell selection or a cell reselection, wherein the second frequency band is different from the first frequency band, wherein the second cellular system is different from the first cellular system, and wherein the multicast signal is a multicast broadcast multimedia services over single frequency network, MBSFN, signal transmitted through an MBSFN subframe. a processing unit having a first control unit and a second control unit, wherein, when the terminal apparatus is in a connected mode in a first frequency band of a first cellular system, the second control unit is configured to transmit or receive a first signal in the first frequency band, and the first control unit is configured to select a second frequency band, when an application supporting multicasting is activated in the terminal apparatus, wherein the second control unit is further configured to receive, in the second frequency band, a multicast signal transmitted from a base station of a second cellular system, when the terminal apparatus is in the connected mode in the first cellular system; wherein the first control unit is further configured to select the second frequency band, which is not the first frequency band of the first cellular system, through a cell selection or a cell reselection, wherein the second frequency band is different from the first frequency band, wherein the second cellular system is different from the first cellular system, and wherein the multicast signal is a multicast broadcast multimedia services over single frequency network, MBSFN, signal transmitted through an MBSFN subframe.
An electronic device (1, 31) comprising at least one processor (3,33), said at least one processor configured to: - determine a delay variation parameter representing a variation in delay between a fragment of audio and/or visual content being rendered and a light effect synchronized to said fragment starting to be rendered; characterized in that said processor is further configured to: - determine whether said delay variation parameter exceeds a certain threshold; - select one or more light effects, from a reduced set of light effects which are less sensitive to delay variation, to be rendered simultaneously with an audio and/or visual content item when said delay variation parameter exceeds said certain threshold, and - cause one or more light sources (16, 17) to render said selected one or more light effects simultaneously with said content item. - determine a delay variation parameter representing a variation in delay between a fragment of audio and/or visual content being rendered and a light effect synchronized to said fragment starting to be rendered; characterized in that said processor is further configured to: - determine whether said delay variation parameter exceeds a certain threshold; - select one or more light effects, from a reduced set of light effects which are less sensitive to delay variation, to be rendered simultaneously with an audio and/or visual content item when said delay variation parameter exceeds said certain threshold, and - cause one or more light sources (16, 17) to render said selected one or more light effects simultaneously with said content item.
A method for answering a call at a mobile terminal, the method comprising: receiving (S20, S42) an incoming call from a calling party; answering the incoming call when the mobile terminal is in an auto answering mode; providing (S31, S45) a first audio output to the calling party when the calling party is identified as a target user; receiving (S32, S45) a first response input from the calling party after providing the first audio output; and modifying (S37, S38, S48) information of a first application of a plurality of applications executable at the mobile terminal based on the first response input, wherein the first application is identified from the plurality of applications based on content of the first response input, characterized in that, the first audio output comprises an auto voice guide to the calling party using a speech pattern of a user of the mobile terminal; the auto voice guide includes an introduction and a question; and the speech pattern of the user includes at least vocabulary data or speech style data which are compiled from previous telephone conversations and text based messages of the user. receiving (S20, S42) an incoming call from a calling party; answering the incoming call when the mobile terminal is in an auto answering mode; providing (S31, S45) a first audio output to the calling party when the calling party is identified as a target user; receiving (S32, S45) a first response input from the calling party after providing the first audio output; and modifying (S37, S38, S48) information of a first application of a plurality of applications executable at the mobile terminal based on the first response input, wherein the first application is identified from the plurality of applications based on content of the first response input, characterized in that, the first audio output comprises an auto voice guide to the calling party using a speech pattern of a user of the mobile terminal; the auto voice guide includes an introduction and a question; and the speech pattern of the user includes at least vocabulary data or speech style data which are compiled from previous telephone conversations and text based messages of the user.
A prosthetic heart valve for functionally replacing a previously implanted prosthetic heart valve, the prosthetic heart valve comprising: a support structure; leaflets mounted to the support structure; characterized by means for coupling the prosthetic heart valve to a previously implanted prosthetic heart valve, wherein the means for coupling is associated with the support structure. a support structure; leaflets mounted to the support structure; characterized by means for coupling the prosthetic heart valve to a previously implanted prosthetic heart valve, wherein the means for coupling is associated with the support structure.
A lifting device, intended for use on a watercraft, with a hoisting means for lifting a load holder, provided with a support surface for the load, from a lowered rest position into a raised working position, and with a support for pivotably connecting the hoisting means to the watercraft, wherein the load holder is arranged geodetically above the hoisting means at least in the working position, and wherein the lifting device has a control unit for detecting, in particular using sensors, the position and orientation of the support relative to the watercraft and/or a common vertical axis, by means of which the at least one drive means (14, 15) and/or an actuator of the lifting device can be activated on the basis of a control signal of the control unit of the lifting device, characterized in that the at least one drive means (14, 15) and/or actuator can be activated in order to stabilize the hoisting means with respect to a vertical axis by a displacement of the support, counteracting the deflection, wherein the support is arranged so that it can move in translation relative to the watercraft in the direction of two orthogonal spatial axes.
A cotton candy preparing device having: a rotary pot that can be divided into a pot upper portion and a pot bottom portion; a plurality of legs that extend downwards from the vicinity of a circumferential edge portion of a lower end of the upper pot portion and which each include a leg end portion that expands outwards at a lower end thereof; a heating plate that is provided on an upper surface of the pot bottom portion; and leg receiving holes that are provided near a circumferential edge portion of the upper surface of the pot bottom portion and into which the legs can be inserted individually, wherein the leg receiving holes each have an inserting portion that can permit the passage of the leg end portion and a leg stopping portion that connects continuously to a side of the inserting portion and whose width to an outer circumferential direction of the rotary pot is made narrower than the inserting portion. a rotary pot that can be divided into a pot upper portion and a pot bottom portion; a plurality of legs that extend downwards from the vicinity of a circumferential edge portion of a lower end of the upper pot portion and which each include a leg end portion that expands outwards at a lower end thereof; a heating plate that is provided on an upper surface of the pot bottom portion; and leg receiving holes that are provided near a circumferential edge portion of the upper surface of the pot bottom portion and into which the legs can be inserted individually, wherein the leg receiving holes each have an inserting portion that can permit the passage of the leg end portion and a leg stopping portion that connects continuously to a side of the inserting portion and whose width to an outer circumferential direction of the rotary pot is made narrower than the inserting portion.
Packaging and application device, comprising: i. a container containing a cosmetic product to be applied, ii. an applicator for withdrawing the product contained in the container, comprising an application member for applying the product, the container comprising a wiping member for wiping the application member as it leaves the container, the wiping member comprising a flexible wiping lip whose free edge defines an orifice for the application member to pass through, wherein the wiping lip deforms as the application member passes through the orifice, the device being characterized in that the wiping lip has in at least one transverse section at least two sectors (60, 61) which extend in angular fashion about the axis of the orifice, and which are constituted of respective materials of different rigidities. i. a container containing a cosmetic product to be applied, ii. an applicator for withdrawing the product contained in the container, comprising an application member for applying the product,
An apparatus, comprising: a support element having a first end portion and a second end portion and a top surface disposed at an angle relative to a bottom surface, the second end portion having a height greater than a height of the first end portion, the support element having a wedge shape in side view and having a length L; a riser element disposed adjacent to the second end portion of the support element in the direction of length L in side view; and a body element having a first arm and a second arm connected by an arc portion, the body element configured to be disposed on at least one of the support element or the riser element. a support element having a first end portion and a second end portion and a top surface disposed at an angle relative to a bottom surface, the second end portion having a height greater than a height of the first end portion, the support element having a wedge shape in side view and having a length L; a riser element disposed adjacent to the second end portion of the support element in the direction of length L in side view; and a body element having a first arm and a second arm connected by an arc portion, the body element configured to be disposed on at least one of the support element or the riser element.
Module for a vehicle, wherein a plurality of individual operator control elements are combined in the module and are arranged in a common module housing, wherein the individual operator control elements each comprise an actuating unit for generating an electrical control signal for a vehicle component, an electronic display unit for presenting a display associated with the operator control element, and an actuator for generating haptic feedback to a vehicle user in response to an actuation of the actuating unit, and wherein the individual operator control elements can be separately programmed and activated in such a manner that different displays can be presented on the electronic display unit and/or different haptic feedback can be generated depending on the function associated with the operator control element in question.
A network system comprising: N nodes each of which has N-1 network adapters (14A, 14B, 14C), N being a number greater than or equal to three; and a plurality of cross bar switches (20, 21, 22) each of which connects corresponding network adapters (14A,14B,14C) of each of said nodes, wherein one node of the N nodes is arranged to divide data to be transferred to the other N-1 nodes into N divided data blocks, and to instruct the N-1 network adapters (14A, 14B, 14C) of the one node to parallel transfer each of N-1 divided data blocks amongst the N divided data blocks from each of the N-1 network adapters (14A,14B,14C) to a corresponding network adapter (14A,14B,14C) of a different one of the other N-1 nodes via a corresponding cross bar switch (20, 21, 22), and each of said other N-1 nodes which received one of the N-1 divided data block is arranged to transfer the received divided data block to other N-2 nodes amongst the other N-1 nodes which have not received said divided data block, from the N-1 network adapters (14A,14B,14C) of each of the other N-1 nodes to corresponding network adapters (14A,14B,14C) of said other N-2 nodes, via a corresponding cross bar switch, wherein the one node is arranged to parallel transfer a remaining one divided data block of the N divided data blocks, the remaining one divided data block being different from the N-1 divided data blocks already transferred to the other N-1 nodes, to the other N-1 nodes from a respective one of the N-1 network adapters (14A, 14B, 14C) to a corresponding network adapter (14A, 14B, 14C) of the other N-1 nodes via a corresponding cross bar switch (20, 21, 22). N nodes each of which has N-1 network adapters (14A, 14B, 14C), N being a number greater than or equal to three; and a plurality of cross bar switches (20, 21, 22) each of which connects corresponding network adapters (14A,14B,14C) of each of said nodes,
A method, comprising: performing, by at least one processor of a user equipment, UE, at least one first monitoring of a power savings channel of a physical downlink control channel, PDCCH, for control information, the PDCCH being associated with at least one base station, the control information including a power saving downlink control information, PS-DCI, format, the control information providing an indication to start a timer for an ON duration of a discontinuous reception, DRX, cycle for the UE to monitor the PDCCH; performing, by the at least one processor, a random-access channel, RACH, procedure with the at least one base station based on the control information; determining, by the at least one processor, if the UE is not uplink time aligned with at least one cell; and performing, by the at least one processor, a second monitoring of the PDCCH for indication information, if the UE is not uplink time aligned, the indication information including an indication that the UE is to initiate a random-access channel, RACH, procedure. performing, by at least one processor of a user equipment, UE, at least one first monitoring of a power savings channel of a physical downlink control channel, PDCCH, for control information, the PDCCH being associated with at least one base station, the control information including a power saving downlink control information, PS-DCI, format, the control information providing an indication to start a timer for an ON duration of a discontinuous reception, DRX, cycle for the UE to monitor the PDCCH; performing, by the at least one processor, a random-access channel, RACH, procedure with the at least one base station based on the control information; determining, by the at least one processor, if the UE is not uplink time aligned with at least one cell; and performing, by the at least one processor, a second monitoring of the PDCCH for indication information, if the UE is not uplink time aligned, the indication information including an indication that the UE is to initiate a random-access channel, RACH, procedure.