mhurhangee/ep-ind-claims huggingface dataset:
Hand-guided working implement comprising at least one tool driven by a motor, wherein the working implement has a battery for driving the tool and a guide tube, wherein the battery is located at one end of the guide tube and the motor and the tool are located at a second end of the guide tube, and wherein the motor is located in a motor housing, characterised in that the motor is resiliently mounted in such a way that it can tilt in the motor housing if transverse forces are introduced at the tool.
Method for preparing α-amino acids and α-deuterated α-amino acids, comprising the following steps: providing carboxylic acid azanyl esters, in which the N-atom of the azanyl ester group is protected by a protecting group, and carrying out a 1,3-nitrogen migration in the presence of a catalyst to provide the α-amino acids and the α-deuterated α-amino acids. providing carboxylic acid azanyl esters, in which the N-atom of the azanyl ester group is protected by a protecting group, and carrying out a 1,3-nitrogen migration in the presence of a catalyst to provide the α-amino acids and the α-deuterated α-amino acids.
A method used in an Internet Protocol, IP, multimedia subsystem, IMS,, the method comprising: registering a wireless transmit/receive unit, WTRU,, with the IMS using Session Initiation Protocol, SIP, via a wireless local area network, WLAN; transmitting a voice call to the WTRU via the WLAN; establishing a connection to the WTRU via a radio access network, RAN, wherein the RAN is a cellular RAN; and initiating a handover of the voice call from the WLAN to the RAN; characterized by performing the handover while continuously maintaining the voice call from the IMS to the WTRU during the handover and maintaining a connection to the WLAN while simultaneously maintaining a connection to the cellular RAN. registering a wireless transmit/receive unit, WTRU,, with the IMS using Session Initiation Protocol, SIP, via a wireless local area network, WLAN; transmitting a voice call to the WTRU via the WLAN; establishing a connection to the WTRU via a radio access network, RAN, wherein the RAN is a cellular RAN; and initiating a handover of the voice call from the WLAN to the RAN; characterized by performing the handover while continuously maintaining the voice call from the IMS to the WTRU during the handover and maintaining a connection to the WLAN while simultaneously maintaining a connection to the cellular RAN.
A system for communication via a wireless interface between a smart device and a portable terminal cooperating with a security element containing an application, referred to as the first application, able to establish a wireless communication with said smart device, characterised in that: - said smart device comprises a toolkit application able to transmit a toolkit command via said wireless interface to said security element, when said communication between said first application and said smart device is established; - said first application comprises means for transmitting the toolkit command received from said toolkit application to said portable terminal for execution of said toolkit command by the latter. - said smart device comprises a toolkit application able to transmit a toolkit command via said wireless interface to said security element, when said communication between said first application and said smart device is established; - said first application comprises means for transmitting the toolkit command received from said toolkit application to said portable terminal for execution of said toolkit command by the latter.
Method for navigation and self-localisation of an autonomously moving processing device on the basis of an environment map within an environment, wherein environment data of the environment are recorded and processed to form a first environment map, wherein an autonomously moving additional device records the environment data of the environment for the processing device, wherein the additional device transmits the environment data to an external server, and the environment data being processed in the external server to form the first environment map, or wherein the additional device processes the environment data to form the first environment map and transmits the first environment map to the external server, wherein the first environment map created in the external server or by the additional device is transmitted by the external server to the processing device, and wherein the processing device itself also records environment data of the environment, and combines the environment data or a second environment map created therefrom with the first environment map created from the environment data recorded by the additional device, wherein the processing device inserts environment data recorded by the processing device itself into the first environment map already created or processes environment data recorded by the processing device itself first to form the second environment map and then adds the first environment map, characterised in that the additional device follows the processing device during a movement.
Glasses case having a reducible size, said case comprising: - an inner frame including a filiform element made of resiliently flexible material, which element has a closed profile and is folded so as to assume a first, substantially saddle-shaped configuration, in which two portions (5a, 5b) of said element are formed that extend laterally from opposite sides with respect to a top zone of the element, - and a case body that is provided to hold the frame in said operative configuration, said body being made of a thin flexible material, and being connected to the frame along its profile and extending so as to delimit the inner volume of the case, characterised in that - said inner frame includes only one filiform element, and - said case, starting with the extended configuration having its maximum size, can assume a second, non-operative configuration having a smaller size by means of a sequence of folding movements referring to the only filiform element of the frame, namely a first relative torsional fold of the frame portions (5a, 5b), thus forming a substantially "eight-shaped" configuration, followed by a second fold that is intended to bring said frame portions (5a, 5b) closer together such that they lie one on top of the other until a substantially flattened shape of the case is obtained. - an inner frame including a filiform element made of resiliently flexible material, which element has a closed profile and is folded so as to assume a first, substantially saddle-shaped configuration, in which two portions (5a, 5b) of said element are formed that extend laterally from opposite sides with respect to a top zone of the element, - and a case body that is provided to hold the frame in said operative configuration, said body being made of a thin flexible material, and being connected to the frame along its profile and extending so as to delimit the inner volume of the case, characterised in that - said inner frame includes only one filiform element, and - said case, starting with the extended configuration having its maximum size, can assume a second, non-operative configuration having a smaller size by means of a sequence of folding movements referring to the only filiform element of the frame, namely a first relative torsional fold of the frame portions (5a, 5b), thus forming a substantially "eight-shaped" configuration, followed by a second fold that is intended to bring said frame portions (5a, 5b) closer together such that they lie one on top of the other until a substantially flattened shape of the case is obtained.
Domestic refrigerator, having an internal container which has container walls (2a, 2b, 2c, 2d, 2e) which bound at least one coolable storage space (3, 14) for products to be refrigerated and which have rear surfaces, and having a refrigerant circuit system with at least two evaporator plates (5a, 5b, 5c, 5d, 5e), the front faces of said evaporator plates resting against rear surfaces, which have different orientations, of the container walls (2a, 2b, 2c, 2d, 2e) and the rear faces of said evaporator plates being populated by at least one evaporator tube, characterised in that an evaporator plate (5a, 5b, 5c, 5d, 5e) is connected to another evaporator plate (5a, 5b, 5c, 5d, 5e) by at least one web which bridges a gap between a side edge (7a, 7c, 7e) of one evaporator plate (5a, 5b, 5c, 5d, 5e) and a side edge (7a, 7c, 7e); of the other evaporator plate (5a, 5b, 5c, 5d, 5e), along which gap a transition region, such as an edge, corner and/or rounded portion, of two adjoining rear surfaces of two container walls (2a, 2b, 2c, 2d, 2e), which have different orientations, comes to rest in the installation position of the evaporator plates (5a, 5b, 5c, 5d, 5e).
A method, comprising: analyzing whether one or more radio transmitters (50, 60, 82) are suitable for use in orientating an electronic map; selecting a radio transmitter for use in orientating the electronic map based on the analysis; determining a first bearing from a location to the selected radio transmitter using at least one radio signal received from the selected radio transmitter; and controlling orientation of the electronic map in order to align the first bearing with a second bearing, of the electronic map, from the location to the selected radio transmitter. analyzing whether one or more radio transmitters (50, 60, 82) are suitable for use in orientating an electronic map; selecting a radio transmitter for use in orientating the electronic map based on the analysis; determining a first bearing from a location to the selected radio transmitter using at least one radio signal received from the selected radio transmitter; and controlling orientation of the electronic map in order to align the first bearing with a second bearing, of the electronic map, from the location to the selected radio transmitter.
Negotiation method for the delivery of a service to a terminal, comprising • sending (sp), from means for delivering the service to said terminal, a set of interaction propositions managed by the delivery means when said service is delivered, the set of propositions being configured so as to allow said terminal to indicate to said means for delivering said service that said terminal is able to accept at least one proposition from among the set of interaction propositions, each proposition of the set describing a list of at least two stimuli managed by the means for delivering the service to the terminal during the service session, the list of at least two stimuli for each proposition describing a list of interaction commands, one interaction command of which has to be transmitted by the terminal to the delivery means when the corresponding interaction is activated by the user by way of an interaction interface of the terminal, and each list of stimuli being different from the lists of stimuli of the other propositions and corresponding to a respective configuration of the interaction interface of the terminal. • sending (sp), from means for delivering the service to said terminal, a set of interaction propositions managed by the delivery means when said service is delivered, the set of propositions being configured so as to allow said terminal to indicate to said means for delivering said service that said terminal is able to accept at least one proposition from among the set of interaction propositions, each proposition of the set describing a list of at least two stimuli managed by the means for delivering the service to the terminal during the service session, the list of at least two stimuli for each proposition describing a list of interaction commands, one interaction command of which has to be transmitted by the terminal to the delivery means when the corresponding interaction is activated by the user by way of an interaction interface of the terminal, and each list of stimuli being different from the lists of stimuli of the other propositions and corresponding to a respective configuration of the interaction interface of the terminal.
A thermoplastic resin molded article comprising one or two thermoplastic resin(s) and a plant fiber as main components, such that the ratio of the sum of the thermoplastic resin(s) and the plant fiber is in the range from 90% to 100% by mass when an amount of the entire thermoplastic resin molded article is defined as 100% by mass, and having a content ratio between said thermoplastic resin(s) and said plant fiber of 4:6 to 5:5 (thermoplastic resin: plant fiber), wherein the one thermoplastic resin is a polyolefin or wherein the two thermoplastic resins are a polyolefin in combination with an acid-modified polyolefin, wherein said thermoplastic resin molded article is obtained by injection molding of a thermoplastic resin composition that comprises the one or two thermoplastic resin(s) and a plant fiber and has a water content of 0.4% or less.
Resin-bonded, offset grinding disk for use on a manually operated machine tool, comprising a central recess for holding the grinding disk in a clamping flange of the machine tool, a first reinforcement fabric on the upper side of the grinding disk facing the machine tool in the mounted state, a second reinforcement fabric of the underside of the grinding disk intended for processing the workpiece, wherein the first reinforcement fabric has a surface area which largely corresponds with the surface area of the grinding disk and wherein the second reinforcement fabric has a surface area which is smaller than the surface area of the grinding disk, characterised in that the grinding disk exclusively comprises as reinforcement fabric the first and the second reinforcement fabrics (11, 12) and in that the second reinforcement fabric is exclusively provided in an inner radial area in which the grinding disk is offset, wherein the second reinforcement fabric does not project into the plane of the processing surface.
A set up device arranged on a lower side of a needle bed gap between a front needle bed and a back needle bed in a flat knitting machine to catch a set up section of a knitted fabric and pull down the knitted fabric toward a lower side, the device including, a plurality of set up needles each obtained by combining a first needle member with a hook housing portion and a second needle member with a hook in a relatively slidable manner; a base section on which the plurality of set up needles are slidably arranged within a slide range of the entire set up needle; a set up needle control mechanism that relatively slides the first needle member and the second needle member to switch a state of each of the set up needles between a holding state of holding the set up section and a non-holding state of not holding the set up section; and an energizing body that elastically energizes the first needle member or the second needle member toward the lower side of the needle bed gap; characterized in that the set up needle control mechanism includes, a needle side engaging portion arranged on either the first needle member or the second needle member on which the energizing body is not attached, an operation piece that is attached to the base section in a slidably moving manner and that includes a base side engaging portion that acts on the needle side engaging portion, and a raising/lowering mechanism section that moves the operation piece up and down along an extending direction of the set up needle; wherein the set up needle control mechanism changes a relative position of the first needle member and the second needle member by moving the needle side engaging portion up and down with the base side engaging portion. a needle side engaging portion arranged on either the first needle member or the second needle member on which the energizing body is not attached, an operation piece that is attached to the base section in a slidably moving manner and that includes a base side engaging portion that acts on the needle side engaging portion, and a raising/lowering mechanism section that moves the operation piece up and down along an extending direction of the set up needle; wherein the set up needle control mechanism changes a relative position of the first needle member and the second needle member by moving the needle side engaging portion up and down with the base side engaging portion.
Shoe having a shoe upper and an upper bottom, wherein the shoe upper is connected to an outsole by a connecting element fixing the upper bottom to the outsole, wherein the connecting element has at least one central or middle web which extends substantially over the length of the upper bottom and from which lateral cross webs extend away in a herringbone-like manner or in the manner of a spinal column, characterized in that the connecting element is configured in such a way that the cross webs are connected to one another only via the at least one central web.
Portable data processing apparatus having at least one data processing function which depends on detected motion of the apparatus, the apparatus comprising: a video camera operable to capture successive images of a part of the real environment around the apparatus; a video motion detector operable to detect motion of the apparatus by analysis of image motion between pairs of captured images; a hardware motion detector operable to detect motion of the apparatus, whereby the data processing function depends on motion detected by the hardware motion detector, wherein the hardware motion detector comprises an acceleration detector and an integrator for integrating an output of the acceleration detector to generate velocity data indicative of velocity of movement of the apparatus; and a controller operable to reset the operation of the integrator of the hardware motion detector so as to force a detection of substantially zero motion if the motion detected by the video motion detector is less than the motion detected by the hardware motion detector by at least a threshold difference, and the reset function is not applied if the motion detected by the video motion detector is greater than the motion detected by the hardware motion detector, wherein: the apparatus is a games machine operable to execute a computer game providing a game environment; and motion of the apparatus as detected by the hardware motion detector forms a control input to control operation, in the game environment, of a game object. a video camera operable to capture successive images of a part of the real environment around the apparatus; a video motion detector operable to detect motion of the apparatus by analysis of image motion between pairs of captured images; a hardware motion detector operable to detect motion of the apparatus, whereby the data processing function depends on motion detected by the hardware motion detector, wherein the hardware motion detector comprises an acceleration detector and an integrator for integrating an output of the acceleration detector to generate velocity data indicative of velocity of movement of the apparatus; and a controller operable to reset the operation of the integrator of the hardware motion detector so as to force a detection of substantially zero motion if the motion detected by the video motion detector is less than the motion detected by the hardware motion detector by at least a threshold difference, and the reset function is not applied if the motion detected by the video motion detector is greater than the motion detected by the hardware motion detector, wherein: the apparatus is a games machine operable to execute a computer game providing a game environment; and motion of the apparatus as detected by the hardware motion detector forms a control input to control operation, in the game environment, of a game object. the apparatus is a games machine operable to execute a computer game providing a game environment; and motion of the apparatus as detected by the hardware motion detector forms a control input to control operation, in the game environment, of a game object.
An absorbent disposable article, such as a diaper, panty diaper, panty liner, sanitary napkin or incontinence device, comprising a porous polymer-based structure obtainable by a process comprising the steps of depositing and photopolymerizing, layer-by-layer in accordance with a predetermined 3D model, an emulsion comprising an external continuous phase surrounding droplets of an internal phase, the external phase comprising one or more photopolymerizable monomers and/or oligomers and a photopolymerization initiator, and removing the internal phase from the continuous polymer phase formed from the one or more photopolymerizable monomers and/or oligomers to thereby produce a monolithic porous structure comprising at least the following three types of pores: (i) pores resulting from the location from which the internal phase was removed, (ii) pores interconnecting the pores according to (i) and (iii) pores as predetermined by the 3D model.
A combined heat and power unit, CHP, comprising a starter system for start up of the combined heat and power unit and a generator which is connectable to the grid, wherein the starter system comprises: a variable frequency drive, VFD, operable to receive power from the grid, to reduce the frequency of the power, and to provide the reduced-frequency power to the generator to start the generator; characterized in that the starter system further comprises a bypass relay configured to bypass the VFD, allowing direct connection between the grid and the generator after the generator has started, and wherein the variable frequency drive is configured to operate temporarily during start up of the combined heat and power unit; wherein the starter system comprises heat dissipation devices that would be insufficient for dissipation of heat from the VFD in continuous operation; wherein the VFD is operable to initially reduce the frequency of the power received from the grid to an initial value; and wherein the VFD is operable to subsequently increase the frequency of the power provided to the generator from the initial value up to the grid-frequency over a time period which is less than 20 seconds. a variable frequency drive, VFD, operable to receive power from the grid, to reduce the frequency of the power, and to provide the reduced-frequency power to the generator to start the generator; characterized in that the starter system further comprises a bypass relay configured to bypass the VFD, allowing direct connection between the grid and the generator after the generator has started, and wherein the variable frequency drive is configured to operate temporarily during start up of the combined heat and power unit; wherein the starter system comprises heat dissipation devices that would be insufficient for dissipation of heat from the VFD in continuous operation; wherein the VFD is operable to initially reduce the frequency of the power received from the grid to an initial value; and wherein the VFD is operable to subsequently increase the frequency of the power provided to the generator from the initial value up to the grid-frequency over a time period which is less than 20 seconds.