mhurhangee/ep-ind-claims huggingface dataset:
Drawer guide for the displaceable arrangement of a drawer, which is configured to be pulled out of a carcass in a pull-out direction, on the carcass, comprising at least two guide rails (114, 116, 118), which are displaceable relative to one another with respect to the pull-out direction, wherein there are provided a carcass-side guide rail, which is arranged on the carcass in an assembled state of the drawer guide, and a drawer-side guide rail, which is arranged on the drawer in the assembled state of the drawer guide, wherein at least one front end region of the drawer-side guide rail with respect to the pull-out direction, in a preassembled state of the drawer guide, is movable relative to the carcass-side guide rail in a deflection direction running transversely to the pull-out direction for achieving the assembled state of the drawer guide on the drawer, wherein the front end region of the drawer-side guide rail comprises at least one deflection portion, by means of which a relative movement of the front end region of the drawer-side guide rail relative to the drawer, said relative movement being directed transversely to the deflection direction, is deflectable into a relative movement of the front end region of the drawer-side guide rail relative to the drawer, said relative movement being directed parallel to the deflection direction, wherein the drawer-side guide rail, in the preassembled state of the drawer guide, is tiltable relative to the carcass-side guide rail about a tilting axis, running substantially perpendicularly to the pull-out direction, for moving the front end region of the drawer-side guide rail in the deflection direction, characterized in that the front end region of the drawer-side guide rail comprises at least a portion of a rail back of the drawer-side guide rail, which connects two legs of the drawer-side guide rail to one another, on each of which at least one rolling body track is configured.
A method of manufacturing a phase-change memory, comprising: - forming a first insulating layer in cavities located vertically in line with strips of phase-change material; and - anisotropically etching portions of the first insulating layer located at the bottom of the cavities wherein each strip of phase-change material is covered with a conductive strip, Characterized in that the thickness of the first insulating layer is greater than the thickness of the conductive strips. - forming a first insulating layer in cavities located vertically in line with strips of phase-change material; and - anisotropically etching portions of the first insulating layer located at the bottom of the cavities wherein each strip of phase-change material is covered with a conductive strip, Characterized in that the thickness of the first insulating layer is greater than the thickness of the conductive strips.
A seat device comprising: a seatback having a backrest surface; a massage airbag that presses the back of an occupant through the backrest surface by performing expanding operation and contracting operation in the interior of the seatback; an air supply-discharge device that selectively supplies air to and discharges internal air from the airbag based on an internal pressure of the airbag; a displacement device that displaces the backrest surface; a timer that measures an air discharge time of the internal air needed for the contracting operation of the airbag; and a load regulating device that controls operation of the displacement device such that a measured value (Tα) of the air discharge time approaches a target value of the air discharge time in correspondence with a change of an occupant load acting on the backrest surface due to displacement of the backrest surface, characterized in that the displacement device includes a seat supporting device that displaces the backrest surface in a front-rear direction, and in that if the measured value (Tα) of the air discharge time is greater than the target value of the air discharge time, the load regulating device controls operation of the seat supporting device to displace the backrest surface forward. a seatback having a backrest surface; a massage airbag that presses the back of an occupant through the backrest surface by performing expanding operation and contracting operation in the interior of the seatback; an air supply-discharge device that selectively supplies air to and discharges internal air from the airbag based on an internal pressure of the airbag; a displacement device that displaces the backrest surface; a timer that measures an air discharge time of the internal air needed for the contracting operation of the airbag; and a load regulating device that controls operation of the displacement device such that a measured value (Tα) of the air discharge time approaches a target value of the air discharge time in correspondence with a change of an occupant load acting on the backrest surface due to displacement of the backrest surface, characterized in that the displacement device includes a seat supporting device that displaces the backrest surface in a front-rear direction, and in that if the measured value (Tα) of the air discharge time is greater than the target value of the air discharge time, the load regulating device controls operation of the seat supporting device to displace the backrest surface forward.
A method of producing hematopoietic stem cells and/or hematopoietic progenitor cells, which comprises expanding hematopoietic stem cells and/or hematopoietic progenitor cells by culturing hematopoietic stem cells ex vivo in the presence of a pyrazole compound selected from the compounds listed in Table 22 that are defined in Tables 16, 17, 18, 19, and 20, a tautomer of the compound or a pharmaceutically acceptable salt or solvate thereof, which method uses a culture medium containing at least one blood cell stimulating factor which is at least stem cell factor.
A dermal aesthetic hydrogel product comprising: (a) a hyaluronic acid; (b) a cyclodextrin; and (c) a vitamin A; wherein the vitamin A is complexed to the cyclodextrin, the amount of vitamin A is between 0.1% and 4% by weight of the product, and the cyclodextrin and the vitamin A have a molar ratio to each other of 0.1:1 to 10:1. (a) a hyaluronic acid; (b) a cyclodextrin; and (c) a vitamin A; wherein the vitamin A is complexed to the cyclodextrin, the amount of vitamin A is between 0.1% and 4% by weight of the product, and the cyclodextrin and the vitamin A have a molar ratio to each other of 0.1:1 to 10:1.
An upgradable vehicle electronics system comprising: a base unit being operable in combination with an upgrade module; a power transmitter for delivering power to the module; a base wireless data transceiver for wireless communication between the base unit and the module; and a module locator comprising a receptacle for receiving and securing the module; wherein the power transmitter and the base wireless data transceiver are positioned relative to the module locator such that when the module locator receives and secures the module, a power receiver on the module is aligned with the power transmitter to receive power therefrom, and a module wireless data transceiver on the module is aligned with the base wireless data transceiver for wireless communication therebetween. a base unit being operable in combination with an upgrade module; a power transmitter for delivering power to the module; a base wireless data transceiver for wireless communication between the base unit and the module; and a module locator comprising a receptacle for receiving and securing the module; wherein the power transmitter and the base wireless data transceiver are positioned relative to the module locator such that when the module locator receives and secures the module, a power receiver on the module is aligned with the power transmitter to receive power therefrom, and a module wireless data transceiver on the module is aligned with the base wireless data transceiver for wireless communication therebetween.
An ironing board cover for covering an ironing board top of an ironing board, the ironing board cover comprising: - a first layer at least partially formed by a felt, - a second layer at least partially formed by a further felt, - a third layer at least partially formed by a porous material which is at least one of a porous fabric and a foam, the third layer being arranged in between the first layer and the second layer, characterized in that the ironing board cover also comprises: - a layer arranged above the first layer, the layer being heat resistant and permeable to steam, the layer defining an upper external ironing surface of the ironing board cover. - a first layer at least partially formed by a felt, - a second layer at least partially formed by a further felt, - a third layer at least partially formed by a porous material which is at least one of a porous fabric and a foam, the third layer being arranged in between the first layer and the second layer, characterized in that the ironing board cover also comprises: - a layer arranged above the first layer, the layer being heat resistant and permeable to steam, the layer defining an upper external ironing surface of the ironing board cover.
A drive device comprising: drive means that drives a sensorless brushless DC motor by alternating, with a constant cycle, an energizing pattern for determining a rotation position of a rotor of the sensorless brushless DC motor; detection means that detects a zero-cross signal indicating alternation of a phase of the rotor; calculation means that calculates a synchronization determination rate by dividing the number of zero-cross signals, given by the detection means in a predetermined sampling period, by the maximum number obtainable in that sampling period; and PWM (Pulse Width Modulation) drive duty pulse width control means that controls a pulse width of a PWM drive duty of the drive means so that the calculated synchronization determination rate is in a target range. drive means that drives a sensorless brushless DC motor by alternating, with a constant cycle, an energizing pattern for determining a rotation position of a rotor of the sensorless brushless DC motor; detection means that detects a zero-cross signal indicating alternation of a phase of the rotor; calculation means that calculates a synchronization determination rate by dividing the number of zero-cross signals, given by the detection means in a predetermined sampling period, by the maximum number obtainable in that sampling period; and PWM (Pulse Width Modulation) drive duty pulse width control means that controls a pulse width of a PWM drive duty of the drive means so that the calculated synchronization determination rate is in a target range.
A method for Peer-to-Peer, P2P, streaming media data distribution, comprising: receiving a media resource request message sent by a Client node, and sending a media resource query request corresponding to the message to multiple resource networks; obtaining response messages to the media resource query request returned by the multiple resource networks; selecting multiple Cache nodes from the Cache nodes corresponding to location information of the Cache nodes in the response messages, according to fragment storage information of the stored media resource and fragment storage information of the media resource corresponding to the Cache nodes in the response message; and requesting the media resource from the selected Cache nodes; characterized in that the requesting the media resource from the selected Cache nodes comprises: converting a mode for requesting the media resource of the selected Cache nodes in the response messages into pull/push operational primitives; and requesting media transmission from the selected Cache nodes through the pull/push operational primitives, according to the location information of the selected Cache nodes. receiving a media resource request message sent by a Client node, and sending a media resource query request corresponding to the message to multiple resource networks; obtaining response messages to the media resource query request returned by the multiple resource networks; selecting multiple Cache nodes from the Cache nodes corresponding to location information of the Cache nodes in the response messages, according to fragment storage information of the stored media resource and fragment storage information of the media resource corresponding to the Cache nodes in the response message; and requesting the media resource from the selected Cache nodes; characterized in that the requesting the media resource from the selected Cache nodes comprises: converting a mode for requesting the media resource of the selected Cache nodes in the response messages into pull/push operational primitives; and requesting media transmission from the selected Cache nodes through the pull/push operational primitives, according to the location information of the selected Cache nodes. converting a mode for requesting the media resource of the selected Cache nodes in the response messages into pull/push operational primitives; and requesting media transmission from the selected Cache nodes through the pull/push operational primitives, according to the location information of the selected Cache nodes.
Lighting device (1,2) for a motor vehicle, in particular a rear light, comprising at least one optical fiber (1a, 1b), which is designed to be planar, and comprising at least one illuminant (15; 15a, 15b), light beams (L1, L2) of the illuminant (15; 15a, 15b) being couplable or coupled into the optical fiber (1a, 1b) via a light coupling surface (10; 10a, 10b) associated with the optical fiber (1a, 1b), and coupled-in light beams (L1, L2) being deflected via at least one light decoupling structure of the optical fiber in the direction of at least one light decoupling surface of the optical fiber and being decouplable or decoupled again from the optical fiber via the light decoupling surface, a rear surface of the optical fiber facing the light decoupling surface being provided with a facet-like surface structure at least over a large part of its surface extension, which surface structure forms the light decoupling structure of the optical fiber and consists of a plurality of irregularly designed facet surfaces, characterized in that each of the facet surfaces has a microstructuring, the microstructuring having a periodicity ranging from 50 μm to 500 μm in at least one spatial direction (X, Y, Z).
A highly fluorinated silicone resin comprising the reaction products of: an M type monomer having a chlorosilane function; a first T type monomer having at least one fluoroalkane group; optionally, a second T type monomer having a (meth)acryloyl functional group; optionally, a D type monomer; and optionally, a Q type monomer; said silicone resin having a fluorine content of at least 55 weight percent based on the total weight, a refractive index at 25° C of less than 1.4, and an uncured viscosity of 1000 to 9000 cps at 25° C, wherein viscosity is measured using a Brookfield Cone/Plate viscometer set to 1/s = 30 at 25° C and wherein refractive index is measured using a Metricon Model 2010/M prism coupler refractometer. an M type monomer having a chlorosilane function; a first T type monomer having at least one fluoroalkane group; optionally, a second T type monomer having a (meth)acryloyl functional group; optionally, a D type monomer; and optionally, a Q type monomer; said silicone resin having a fluorine content of at least 55 weight percent based on the total weight, a refractive index at 25° C of less than 1.4, and an uncured viscosity of 1000 to 9000 cps at 25° C, wherein viscosity is measured using a Brookfield Cone/Plate viscometer set to 1/s = 30 at 25° C and wherein refractive index is measured using a Metricon Model 2010/M prism coupler refractometer.
A Mobility Management Entity MME, comprising: - a receiving unit for receiving a request for a handover of a UE from a source radio access network RAN to a target radio access network RAN, the two RANs provide voice service via packet switched domain and circuit switched domain, respectively; - a registering unit for in response to the request for the handover, or after a predetermined period elapsing from a handover of the UE to the MME, registering a correlation between the UE and the MME in a Home Location Register/Home Subscriber Server HLR/HSS; and - a transferring unit for in response to a request for transferring from a Serving GPRS Support Node SGSN, transferring the mobility management for the UE to the SGSN. - a receiving unit for receiving a request for a handover of a UE from a source radio access network RAN to a target radio access network RAN, the two RANs provide voice service via packet switched domain and circuit switched domain, respectively; - a registering unit for in response to the request for the handover, or after a predetermined period elapsing from a handover of the UE to the MME, registering a correlation between the UE and the MME in a Home Location Register/Home Subscriber Server HLR/HSS; and - a transferring unit for in response to a request for transferring from a Serving GPRS Support Node SGSN, transferring the mobility management for the UE to the SGSN.
Nano shaping structure for producing a nanostructure having a predetermined nanogeometry, the maximum extension of which is smaller than 0.1 mm, the nano shaping structure being deformable from a first structure geometry into a smaller second structure geometry, characterised in that the first structure geometry has an opening, while the second structure geometry a) has no opening, so that a material of the nanostructure to be produced is completely and with closed boundaries enclosed in the second structure geometry, or b) has an opening which is smaller than the opening of the first structure geometry, so that the material of the nanostructure is enclosed in the second structure geometry with the reduced opening. a) has no opening, so that a material of the nanostructure to be produced is completely and with closed boundaries enclosed in the second structure geometry, or b) has an opening which is smaller than the opening of the first structure geometry, so that the material of the nanostructure is enclosed in the second structure geometry with the reduced opening.
A method for producing a polyurethane foam composition, the method comprising the steps of providing an A-side composition comprising one or more polyisocyanates; providing a B-side composition comprising one or more highly alternating polycarbonate polyols derived from the copolymerization of one or more epoxides and CO 2; heating the B-side composition to a temperature above 50 °C; mixing the A-side composition, the heated B-side composition, and CO 2 to provide a foam mixture; and allowing the foam mixture to cure into the polyurethane foam composition; wherein at least a portion of the CO 2 is added as a separate stream, or is provided dissolved in the B-side composition; wherein the highly alternating polycarbonate polyol is characterized in that it has at least 95% carbonate linkages.
Multi-way valve of a fuel system of a gas turbine, with a valve body which is provided with a cylindrical housing, a plurality of ports for the feed and/or drain of fluids being arranged in the wall of the valve body which delimits the housing, wherein provision is made in the housing for a movably supported insert with at least one passage with two additional ports by means of which two adjacent ports can be fluidically interconnected, wherein the ports are arranged lying in one plane perpendicularly to the center axis of the housing and in which the insert is formed corresponding to the housing and is supported in the housing in a manner in which it can rotate around its center axis, wherein the housing, at at least two axial positions, has in each case a plurality of ports which lie in one plane, and the insert, at a distance which corresponds to the spacing of the planes, has at least one passage for each plane in order to fluidically interconnect the ports which lie inside one of the planes, characterized in that provision is made for two bridges which are arranged in the valve body and which in each case interconnect ports which are arranged in different planes.
A method for session migration in a communication system, comprising: receiving, by a media transfer controller, a request from a source terminal using a media session control protocol, the request indicating a transfer from a session between the source terminal and another terminal to a session between a target terminal and the other terminal; negotiating, by the media transfer controller, with the target terminal about transfer parameters using the media session control protocol, wherein the negotiating with the target terminal comprises receiving a message from the target terminal carrying session description information of the target terminal; negotiating, by the media transfer controller, with a media relay about transfer parameters using the media session control protocol, wherein the negotiating with the media relay comprises sending a message to the media relay carrying the session description information of the target terminal, wherein the source terminal and the target terminal are attached to the media transfer controller and the media relay and the media transfer controller controls the media relay using the media session control protocol; and responding, by the media transfer controller, to the request of the source terminal. receiving, by a media transfer controller, a request from a source terminal using a media session control protocol, the request indicating a transfer from a session between the source terminal and another terminal to a session between a target terminal and the other terminal; negotiating, by the media transfer controller, with the target terminal about transfer parameters using the media session control protocol, wherein the negotiating with the target terminal comprises receiving a message from the target terminal carrying session description information of the target terminal; negotiating, by the media transfer controller, with a media relay about transfer parameters using the media session control protocol, wherein the negotiating with the media relay comprises sending a message to the media relay carrying the session description information of the target terminal, wherein the source terminal and the target terminal are attached to the media transfer controller and the media relay and the media transfer controller controls the media relay using the media session control protocol; and responding, by the media transfer controller, to the request of the source terminal.