mhurhangee/ep-ind-claims huggingface dataset:
Refrigerator and/or freezer with an appliance carcass which has thermally insulating walls which enclose an inner space, and also with a refrigerant circuit which comprises as components a compressor, a condenser, a choke and an evaporator, wherein all the components of the refrigerant circuit are installed jointly on an assembly carrier which as a whole can be separated from the appliance carcass and removed from the appliance, wherein the assembly carrier comprises a machine portion and an evaporator portion connected thereto, wherein the compressor and also the condenser are accommodated in the machine portion and the evaporator is accommodated in the evaporator portion, and wherein the assembly carrier has a connecting channel in which all the cables and/or lines running between the machine portion and the evaporator portion are accommodated, characterised in that a condensate line is accommodated in the connecting channel.
A method for processing signals based on a twisted pair, comprising: determining a signal processing manner of each of M extended channels which are generated on the basis of N twisted pairs, wherein 1≤M≤N-1, and wherein the signal processing manner comprises acquiring signals of an extended channel by making a difference between common mode signals of any two of the N twisted pairs, or by making a difference between a sum of common mode signals of at least two of the N twisted pairs and common mode signals of any another of the N twisted pairs, or by making a difference between a sum of common mode signals of at least two of the N twisted pairs and a sum of common mode signals of at least another two of the N twisted pairs; performing vector precoding processing on the common mode signals of the each twisted pair and differential mode signals of the twisted pairs, wherein a vector precoding matrix used by the vector precoding processing is a matrix of N+M rows and N+M columns on each subcarrier; performing, according to signal processing manners of M extended channels, digital processing on signals of the extended channels that are to be sent, to convert the signals of the extended channels into common mode signals of each of the N twisted pairs; and sending converted common mode signals of each twisted pair to corresponding twisted pairs for transmission. determining a signal processing manner of each of M extended channels which are generated on the basis of N twisted pairs, wherein 1≤M≤N-1, and wherein the signal processing manner comprises acquiring signals of an extended channel by making a difference between common mode signals of any two of the N twisted pairs, or by making a difference between a sum of common mode signals of at least two of the N twisted pairs and common mode signals of any another of the N twisted pairs, or by making a difference between a sum of common mode signals of at least two of the N twisted pairs and a sum of common mode signals of at least another two of the N twisted pairs; performing vector precoding processing on the common mode signals of the each twisted pair and differential mode signals of the twisted pairs, wherein a vector precoding matrix used by the vector precoding processing is a matrix of N+M rows and N+M columns on each subcarrier; performing, according to signal processing manners of M extended channels, digital processing on signals of the extended channels that are to be sent, to convert the signals of the extended channels into common mode signals of each of the N twisted pairs; and sending converted common mode signals of each twisted pair to corresponding twisted pairs for transmission.
A method for use in an access point, AP, the method comprising: receiving, from a wireless transmit receive unit, WTRU, a first CF-End frame that includes a duration field and a basic service set identifier, BSSID, field that includes an individual/group bit; on a condition that the individual/group bit of the BSSID field has a value of one, determining that a scrambling sequence of the first CF-End frame indicates a bandwidth associated with a transmit opportunity, TXOP, being truncated by the WTRU; and transmitting a second CF-End frame at the bandwidth indicated by the scrambling sequence of the first CF-End frame. receiving, from a wireless transmit receive unit, WTRU, a first CF-End frame that includes a duration field and a basic service set identifier, BSSID, field that includes an individual/group bit; on a condition that the individual/group bit of the BSSID field has a value of one, determining that a scrambling sequence of the first CF-End frame indicates a bandwidth associated with a transmit opportunity, TXOP, being truncated by the WTRU; and transmitting a second CF-End frame at the bandwidth indicated by the scrambling sequence of the first CF-End frame.
A magnetic filter for a central heating and/or cooling system, the magnetic filter comprising a chamber having an inlet and an outlet, and a magnetic assembly mounted to the outside of the chamber, the magnetic assembly being movable from a position close to an outside wall of the chamber to a position spaced from the outside wall of the chamber, the magnetic assembly comprising: a carrier; at least one magnetic element mounted to the carrier on the side of the carrier facing towards the chamber; at least one spring disposed between the carrier and the magnetic element(s) for urging the magnetic element(s) towards the chamber; and at least one force transfer element rigidly fixed to the carrier and disposed in front of part of the or each magnetic element, for pushing on the magnetic element(s) from the side of the magnetic element(s) facing towards the chamber, to apply force to the magnetic element(s) in a direction away from the chamber, against magnetic attraction between the magnetic element(s) and magnetic debris within the chamber, when the magnetic assembly is moved to a position spaced from the outside wall of the chamber. a chamber having an inlet and an outlet, and a magnetic assembly mounted to the outside of the chamber, the magnetic assembly being movable from a position close to an outside wall of the chamber to a position spaced from the outside wall of the chamber, the magnetic assembly comprising: a carrier; at least one magnetic element mounted to the carrier on the side of the carrier facing towards the chamber; at least one spring disposed between the carrier and the magnetic element(s) for urging the magnetic element(s) towards the chamber; and at least one force transfer element rigidly fixed to the carrier and disposed in front of part of the or each magnetic element, for pushing on the magnetic element(s) from the side of the magnetic element(s) facing towards the chamber, to apply force to the magnetic element(s) in a direction away from the chamber, against magnetic attraction between the magnetic element(s) and magnetic debris within the chamber, when the magnetic assembly is moved to a position spaced from the outside wall of the chamber. a carrier; at least one magnetic element mounted to the carrier on the side of the carrier facing towards the chamber; at least one spring disposed between the carrier and the magnetic element(s) for urging the magnetic element(s) towards the chamber; and at least one force transfer element rigidly fixed to the carrier and disposed in front of part of the or each magnetic element, for pushing on the magnetic element(s) from the side of the magnetic element(s) facing towards the chamber, to apply force to the magnetic element(s) in a direction away from the chamber, against magnetic attraction between the magnetic element(s) and magnetic debris within the chamber, when the magnetic assembly is moved to a position spaced from the outside wall of the chamber.
A shovel, comprising: a turning hydraulic motor configured to be driven with hydraulic oil supplied from a hydraulic pump to drive a turning body of the shovel to turn; a hydraulic cylinder (7, 8, 9) configured to be driven with the hydraulic oil supplied from the hydraulic pump; an operation lever for driving the hydraulic cylinder (7, 8, 9); a pilot circuit configured to control a pilot pressure in accordance with an operation of the operation lever; a hydraulic control valve configured to control the hydraulic oil supplied from the hydraulic pump to the hydraulic cylinder (7, 8, 9) in accordance with the pilot pressure supplied from the pilot circuit; a variable throttle (64, 65a, 65b, 65c, 65d, 65e) whose opening varies in accordance with a state of the operation of the operation lever, the variable throttle (64, 65a, 65b, 65c, 65d, 65e) being electrically controlled by a controller, or a proportional valve whose opening varies in accordance with the state of the operation of the operation lever, the proportional valve being electrically controlled by the controller; whereby the controller is configured to change the opening of the variable throttle (64, 65a, 65b, 65c, 65d, 65e) or the proportional valve. a turning hydraulic motor configured to be driven with hydraulic oil supplied from a hydraulic pump to drive a turning body of the shovel to turn; a hydraulic cylinder (7, 8, 9) configured to be driven with the hydraulic oil supplied from the hydraulic pump; an operation lever for driving the hydraulic cylinder (7, 8, 9); a pilot circuit configured to control a pilot pressure in accordance with an operation of the operation lever; a hydraulic control valve configured to control the hydraulic oil supplied from the hydraulic pump to the hydraulic cylinder (7, 8, 9) in accordance with the pilot pressure supplied from the pilot circuit; a variable throttle (64, 65a, 65b, 65c, 65d, 65e) whose opening varies in accordance with a state of the operation of the operation lever, the variable throttle (64, 65a, 65b, 65c, 65d, 65e) being electrically controlled by a controller, or a proportional valve whose opening varies in accordance with the state of the operation of the operation lever, the proportional valve being electrically controlled by the controller; whereby the controller is configured to change the opening of the variable throttle (64, 65a, 65b, 65c, 65d, 65e) or the proportional valve.
Device for determining the concentration of a gas in a container, having a holder for receiving a container and having an optical system, the optical system comprising a substantially monochromatic light source for emitting light into a container received in the holder along an optical axis and comprising a light sensor for measuring the intensity of the light emerging from the container, characterised in that the optical system is pivotally mounted about a pivot axis arranged transversely to the optical axis.
A flat battery comprising: a battery body comprised of a case member inside of which a power generation unit is sealed, a plate-shaped member disposed between outer periphery portions of the adjacent battery bodies stacked on one another, and an elastic member which joins the battery body and plate-shaped member to thereby connect the battery body and plate-shaped member and which covers at least part of the plate-shaped member, wherein the plate-shaped member has an exposed part which is exposed in the thickness direction of the battery body from part of the end surface of the elastic member which covers the plate-shaped member, wherein the exposed part protrudes toward the outside of the elastic member, and wherein the bottom surface of the exposed part is exposed from the elastic member. a battery body comprised of a case member inside of which a power generation unit is sealed, a plate-shaped member disposed between outer periphery portions of the adjacent battery bodies stacked on one another, and an elastic member which joins the battery body and plate-shaped member to thereby connect the battery body and plate-shaped member and which covers at least part of the plate-shaped member, wherein the plate-shaped member has an exposed part which is exposed in the thickness direction of the battery body from part of the end surface of the elastic member which covers the plate-shaped member, wherein the exposed part protrudes toward the outside of the elastic member, and wherein the bottom surface of the exposed part is exposed from the elastic member.
A method of routing a voice connection over a cellular network to a mobile station, the cellular network comprising a plurality of base stations, some of which having capability to provide the voice connection to the mobile station using Voice over Internet Protocol, VoIP, the method comprising: identifying a voice connection for the mobile station at an Application Server of the cellular network; and sending a request message from the Application Server to a Home Subscriber Server, HSS, or Home Location Register, HLR, of the cellular network, the request message requesting an indication as to whether the mobile station is being served by a base station having capability to provide a voice connection using VoIP; determining at the HSS or HLR the registration of the mobile station with a packet switching entity comprising one of: a Serving GPRS Support Node, SGSN; and a Mobility Management Entity, MME; and characterised by sending a coverage request message (110, 130) from the HSS or HLR to the packet switching entity in response to receipt by the HSS or HLR of the request message sent from the Application server, the coverage request message requesting an indication as to whether the mobile station is being served by a base station having capability to provide a voice connection using VoIP. identifying a voice connection for the mobile station at an Application Server of the cellular network; and sending a request message from the Application Server to a Home Subscriber Server, HSS, or Home Location Register, HLR, of the cellular network, the request message requesting an indication as to whether the mobile station is being served by a base station having capability to provide a voice connection using VoIP; determining at the HSS or HLR the registration of the mobile station with a packet switching entity comprising one of: a Serving GPRS Support Node, SGSN; and a Mobility Management Entity, MME; and characterised by sending a coverage request message (110, 130) from the HSS or HLR to the packet switching entity in response to receipt by the HSS or HLR of the request message sent from the Application server, the coverage request message requesting an indication as to whether the mobile station is being served by a base station having capability to provide a voice connection using VoIP.
An apparatus comprising: an optical network unit, ONU (120, 200), configured to couple to an optical line terminal, OLT, and comprising an enhanced security control ONU management control interface, OMCI, management entity, ME, wherein the OMCI ME comprises attributes of security functions for upstream transmissions between the ONU (120, 200) and the OLT, wherein the attributes are communicated over an OMCI channel between the ONU (120, 200) and the OLT and the security functions comprise a security capability discovery function configured to discover support level of enhanced security capability, an ONU authentication function configured to enable the OLT to verify that the ONU (120, 200) is an authorized user and/or satisfies one or more security qualification criteria, an OLT authentication function configured to enable the ONU (120, 200) to verify that the OLT is a legitimate OLT, and a key privacy function configured to allow the OLT to write a public key to the OMCI at the ONU (120, 200), wherein the ONU is configured to encrypt an encryption key with the public key for transmission to the OLT over a physical layer operation, administration, and management, PLOAM, channel. an optical network unit, ONU (120, 200), configured to couple to an optical line terminal, OLT, and comprising an enhanced security control ONU management control interface, OMCI, management entity, ME, wherein the OMCI ME comprises attributes of security functions for upstream transmissions between the ONU (120, 200) and the OLT, wherein the attributes are communicated over an OMCI channel between the ONU (120, 200) and the OLT and the security functions comprise a security capability discovery function configured to discover support level of enhanced security capability, an ONU authentication function configured to enable the OLT to verify that the ONU (120, 200) is an authorized user and/or satisfies one or more security qualification criteria, an OLT authentication function configured to enable the ONU (120, 200) to verify that the OLT is a legitimate OLT, and a key privacy function configured to allow the OLT to write a public key to the OMCI at the ONU (120, 200), wherein the ONU is configured to encrypt an encryption key with the public key for transmission to the OLT over a physical layer operation, administration, and management, PLOAM, channel.
Edible fat or cosmetic fat system or pharmaceutical fat system with markedly reducedly temperature-dependent consistency and stability characteristics as well as with adjustable, technologically and/or nutritionally relevant functional properties, wherein high-melting, substructured fat particles are suspended in a low-melting fat phase or oil phase or a water/oil emulsion, where by separation into a low- and high-melting oil fraction or hard-fat fraction and arrangement of the high-melting fat phase in the form of suspended, dispersed hard-fat particles in the low-melting oil fraction phase as well as additional substructuring of the dispersed hard-fat particles by means of incorporated, dispersed water drops and/or air bubbles or gas bubbles the temperature-dependency of the viscosity of the entire system over a temperature range of between 10 and 20 degrees Celsius and preferably between 5 and 30 degrees Celsius or even more preferably between 0 and 40 degrees Celsius, quantitatively specified by means of the thermal viscosity coefficient - change of viscosity in kPas per degree of temperature change in degrees Celsius -, is reducedly adjustable by a factor > 3 and preferably by a factor > 5 or > 6.
An integrated circuit, comprising a first cell (101, 501) comprising a plurality of first poly lines (10, 50a∼50g) extending along a first direction, wherein the plurality of first poly lines (10, 50a∼50g) has a first uniform poly pitch and a first uniform poly line width; a boundary cell (103, 503) being contiguous with the first cell (101, 501), the boundary cell (103, 503) comprising n stripes of first dummy poly lines (30, 30a∼30c) and m stripes of second dummy poly lines (40, 40a, 40b) extending along the first direction, wherein the n stripes of first dummy poly lines (30, 30a∼30c) have the first uniform poly pitch and the m stripes of second dummy poly lines (40, 40a, 40b) have a second uniform pitch, wherein the first cell is an L-shaped cell, and wherein the boundary cell has two common cell boundaries that are commonly shared with the first cell; and a second cell being spaced apart from the first cell, wherein the second cell comprises a plurality of second poly lines extending along the first direction, wherein the plurality of second poly lines has the second uniform poly pitch and a second uniform poly line width, and wherein the second uniform poly pitch is smaller than the first uniform poly pitch.
A medical viewing system, the system comprising: at least one X-ray image acquisition device for acquiring a pre-interventional angiogram of vessels with injected contrast agent and for acquiring interventional live images thereof; at least one display unit; and a calculation unit connected to the at least one X-ray image acquisition device and the at least one display unit, wherein the calculation unit is adapted for registration of vessel tree images extracted from the angiogram relative to the live images through object-based registration, characterized in that the calculation unit is furthermore adapted for generating a region of interest border, the size of which is adaptable, into which a considered targeted object must extend in order to maintain a predetermined accuracy of the object based registration; and the display unit is adapted for overlaying the region of interest border onto the vessel tree images and the live images. at least one X-ray image acquisition device for acquiring a pre-interventional angiogram of vessels with injected contrast agent and for acquiring interventional live images thereof; at least one display unit; and a calculation unit connected to the at least one X-ray image acquisition device and the at least one display unit, wherein the calculation unit is adapted for registration of vessel tree images extracted from the angiogram relative to the live images through object-based registration, characterized in that the calculation unit is furthermore adapted for generating a region of interest border, the size of which is adaptable, into which a considered targeted object must extend in order to maintain a predetermined accuracy of the object based registration; and the display unit is adapted for overlaying the region of interest border onto the vessel tree images and the live images.
A surface protection sheet comprising a substrate and a pressure-sensitive adhesive layer placed on one face of the substrate, wherein: the surface protection sheet has 200 % or greater elongation at break Eb MD in its machine direction as well as 200 % or greater elongation at break Ebm in its transverse direction, the pressure-sensitive adhesive layer comprises a base polymer having a glass transition temperature of -50 °C or higher and -10 °C or lower, the pressure-sensitive adhesive layer has toluene-insoluble fractions having a weight fraction Gc of 75 % or higher and toluene-soluble fractions having a weight average molecular weight S Mw of 20 × 10 4 or higher and 100 × 10 4 or lower, and the base polymer is a polymer of a starting monomer mixture that comprises a monomer whose homopolymer has a glass transition temperature of 60 °C or higher in an amount of 10 % by weight or more of the total monomer content, wherein the elongation at break, the weight fraction G C. and the weight average molecular weight S Mw are measured and the glass transition temperature of the base polymer and the homopolymer are calculated as described in the description. the surface protection sheet has 200 % or greater elongation at break Eb MD in its machine direction as well as 200 % or greater elongation at break Ebm in its transverse direction, the pressure-sensitive adhesive layer comprises a base polymer having a glass transition temperature of -50 °C or higher and -10 °C or lower, the pressure-sensitive adhesive layer has toluene-insoluble fractions having a weight fraction Gc of 75 % or higher and toluene-soluble fractions having a weight average molecular weight S Mw of 20 × 10 4 or higher and 100 × 10 4 or lower, and the base polymer is a polymer of a starting monomer mixture that comprises a monomer whose homopolymer has a glass transition temperature of 60 °C or higher in an amount of 10 % by weight or more of the total monomer content, wherein the elongation at break, the weight fraction G C. and the weight average molecular weight S Mw are measured and the glass transition temperature of the base polymer and the homopolymer are calculated as described in the description.