mhurhangee/ep-ind-claims huggingface dataset:
A print production processing apparatus, comprising: a reception server adapted to receive print order information and image data; a storage means adapted to store the print order information and the image data received by said reception server; a print production means adapted to produce prints corresponding to the print order information and the image data, to sort the produced prints every print order, and to eject the sorted prints; and a control means adapted to control print production and sorting by said print production means based on information of a print delivery method contained in the print order information, wherein said control means is adapted to control a print production sequence at said print production means based on the information of the print delivery method so that the prints are continuously produced in accordance with print orders corresponding to the same print delivery method, thereby being ejected every print order, characterized in that said storage means is also adapted to store information showing a delivery route sequence previously determined for print delivery destinations, and that said control means is further adapted to control a print production sequence at said print production means based on said stored information showing the delivery route sequence so that the prints are produced every print order in a sequence corresponding to the delivery route sequence. a reception server adapted to receive print order information and image data; a storage means adapted to store the print order information and the image data received by said reception server; a print production means adapted to produce prints corresponding to the print order information and the image data, to sort the produced prints every print order, and to eject the sorted prints; and a control means adapted to control print production and sorting by said print production means based on information of a print delivery method contained in the print order information, wherein said control means is adapted to control a print production sequence at said print production means based on the information of the print delivery method so that the prints are continuously produced in accordance with print orders corresponding to the same print delivery method, thereby being ejected every print order, characterized in that said storage means is also adapted to store information showing a delivery route sequence previously determined for print delivery destinations, and that said control means is further adapted to control a print production sequence at said print production means based on said stored information showing the delivery route sequence so that the prints are produced every print order in a sequence corresponding to the delivery route sequence.
Arrangement for detecting carbon monoxide with two field-effect transistor structures, comprising: - a first, catalytically inactive, gas-sensitive layer for detecting ethanol in the region of a first gate of the first field-effect transistor structure, wherein - the first gas-sensitive layer includes an oxide of a main group metal, - a second, catalytically active, gas-sensitive layer in the region of a second gate of the second field-effect transistor structure, wherein - the second gas-sensitive layer includes an oxide of a subgroup metal for detecting concentrations of carbon monoxide of less than 1000 ppm, wherein the arrangement is embodied to generate at least two processible signals by means of the gas-sensitive layers (7, 8) upon exposure to carbon monoxide and/or ethanol and the arrangement includes means for evaluating the signals, the means being embodied to determine the carbon monoxide concentration while correcting the effect of ethanol on the measurement. - a first, catalytically inactive, gas-sensitive layer for detecting ethanol in the region of a first gate of the first field-effect transistor structure, wherein - the first gas-sensitive layer includes an oxide of a main group metal, - a second, catalytically active, gas-sensitive layer in the region of a second gate of the second field-effect transistor structure, wherein - the second gas-sensitive layer includes an oxide of a subgroup metal for detecting concentrations of carbon monoxide of less than 1000 ppm,
Method for accessing a wireless communications network adhering to the Long Term Evolution, LTE, standard by a transceiver equipment, said transceiver equipment sending a Random Access Channel, RACH, preamble over a Random Access Channel to a base station, said method comprising the steps of: Sending from said transceiver equipment to said base station an initial RACH preamble (RACH1) using an initial timing advance value selected by the transceiver equipment, wherein said initial RACH preamble (RACH1) comprises a first sequence; determining if a successful response to said initial RACH preamble (RACH1) is received by the transceiver equipment from the base station within a predetermined waiting interval, if no successful response to said initial RACH preamble (RACH1) is received by the transceiver equipment from the base station within a predetermined waiting interval, sending from said transceiver equipment to said base station at least one further RACH preamble (RACH2, RACH3,..) using a further timing advance value selected by the transceiver equipment, wherein said step of sending at least one further RACH preamble (RACH2, RACH3,..) comprises sending each of said at least one further preamble (RACH2, RACH3,...) comprising a further sequence, until a successful response to one of said further RACH preambles (RACH2, RACH3,..) is received by the transceiver equipment from the base station, wherein said initial timing advance value has a nonzero value and said further timing advance value is different from said initial timing advance value.
An apparatus comprising: a buffer device; a processor block to perform graphics operations coupled to the buffer device by a memory access link utilizing a buffered memory protocol that shares different message classes; a memory controller coupled to memory module devices (1405; 1410) including a far memory module that is considered local by the processor block and a near memory module serving as a cache for the far memory; an on-die interconnect fabric to carry data information, the on-die interconnect fabric being configured to be coupled to I/O interfaces of I/O devices and/or I/O interconnects; and coherence logic to perform memory coherence operations; multiple domains including a system agent domain to handle power control and power management such that independent domains are individually controllable; and a graphics domain associated with the processor block. a buffer device; a processor block to perform graphics operations coupled to the buffer device by a memory access link utilizing a buffered memory protocol that shares different message classes; a memory controller coupled to memory module devices (1405; 1410) including a far memory module that is considered local by the processor block and a near memory module serving as a cache for the far memory; an on-die interconnect fabric to carry data information, the on-die interconnect fabric being configured to be coupled to I/O interfaces of I/O devices and/or I/O interconnects; and coherence logic to perform memory coherence operations; multiple domains including a system agent domain to handle power control and power management such that independent domains are individually controllable; and a graphics domain associated with the processor block.
A mobile terminal comprising: a body; a display provided on a front side of the body; a touch sensor forming, together with the display, a touchscreen and configured to sense or detect a touch input; an input device provided on a back side of the body, the input device being exposed through a back surface of the body and having a plurality of buttons; a storage device configured to store a mapping between a prescribed pattern of inputs associated with the input device and prescribed commands for a plurality of functions; and a controller configured to control the mobile terminal when an input at the input device is detected, wherein the controller is configured to detect the input at the input device, to determine a prescribed pattern associated with the input at the input device, to retrieve, from the storage device, a command for a function associated with the prescribed pattern of the input, and to process the retrieved command for the function associated with the input, and wherein the controller is further configured to: turn off power of the touchscreen in response to a push input when the push input is applied to a first button of the user input device while the touchscreen is not being touched, and process a command related to a target selected by an input on the touchscreen when the push input is applied to the first button while the touchscreen is being touched. a body; a display provided on a front side of the body; a touch sensor forming, together with the display, a touchscreen and configured to sense or detect a touch input; an input device provided on a back side of the body, the input device being exposed through a back surface of the body and having a plurality of buttons; a storage device configured to store a mapping between a prescribed pattern of inputs associated with the input device and prescribed commands for a plurality of functions; and a controller configured to control the mobile terminal when an input at the input device is detected, wherein the controller is configured to detect the input at the input device, to determine a prescribed pattern associated with the input at the input device, to retrieve, from the storage device, a command for a function associated with the prescribed pattern of the input, and to process the retrieved command for the function associated with the input, and wherein the controller is further configured to: turn off power of the touchscreen in response to a push input when the push input is applied to a first button of the user input device while the touchscreen is not being touched, and process a command related to a target selected by an input on the touchscreen when the push input is applied to the first button while the touchscreen is being touched. turn off power of the touchscreen in response to a push input when the push input is applied to a first button of the user input device while the touchscreen is not being touched, and process a command related to a target selected by an input on the touchscreen when the push input is applied to the first button while the touchscreen is being touched.
A heating device for preforms, configured so as to be positioned outside a preform and radiate an electromagnetic radiation in the infrared range, forming a radiation disk in such a device according to a radial symmetry with respect to the center of the preform axis.
A method, implemented by computer means, for providing a spectacle progressive addition ophthalmic lens to a wearer, the method comprising the following steps: - measuring the higher order aberrations in at least an eye of the wearer; - calculating a design of the spectacle progressive addition ophthalmic lens or selecting a design in a spectacle progressive addition ophthalmic lens design data base by adapting the management of residual astigmatism based on the measure of higher order aberrations in the eye of the wearer, wherein the calculation or the selection of the design for the wearer is performed according to a progressive addition lens hardness parameter and wherein the higher order aberration parameter is the HOA RMS value and wherein the calculation or the selection of the design for the wearer is performed so as the lower is the HOA RMS value, the harder is the design for the wearer and accordingly the higher is the HOA RMS value, the softer is the design for the wearer. - measuring the higher order aberrations in at least an eye of the wearer; - calculating a design of the spectacle progressive addition ophthalmic lens or selecting a design in a spectacle progressive addition ophthalmic lens design data base by adapting the management of residual astigmatism based on the measure of higher order aberrations in the eye of the wearer, wherein the calculation or the selection of the design for the wearer is performed according to a progressive addition lens hardness parameter and wherein the higher order aberration parameter is the HOA RMS value and wherein the calculation or the selection of the design for the wearer is performed so as the lower is the HOA RMS value, the harder is the design for the wearer and accordingly the higher is the HOA RMS value, the softer is the design for the wearer.
A method for controlling an adjusting movement of a power-operated adjustable vehicle closing element, via which a body opening of a vehicle can be closed and which can automatically be adjusted to clear a body opening in the presence of an operating event, wherein - by means of a sensor device (1A, 1B) it is detected in a contactless way as an operating event that a person carries out a particular movement with a body part in a detection area (10A, 10B), and for the detection of the operating event a course of measurement values detected by the sensor device (1A, 1B) in a detection time interval (Δt 1) is evaluated, and - at least one trigger signal (p, p 2) is generated and sent, which triggers an execution of an authentication process preceding the adjustment of the vehicle closing element, in which the presence of a valid identification means in a vicinity of the vehicle is checked, characterized in that at least one measurement value detected for the presence of an operating event is utilized to trigger the sending of the trigger signal (p, p 1, p 2) for the authentication process, before the detection time interval (Δt 1) has elapsed and before the course of the measurement values can be evaluated as to whether an operating event is present. - by means of a sensor device (1A, 1B) it is detected in a contactless way as an operating event that a person carries out a particular movement with a body part in a detection area (10A, 10B), and for the detection of the operating event a course of measurement values detected by the sensor device (1A, 1B) in a detection time interval (Δt 1) is evaluated, and - at least one trigger signal (p, p 2) is generated and sent, which triggers an execution of an authentication process preceding the adjustment of the vehicle closing element, in which the presence of a valid identification means in a vicinity of the vehicle is checked, characterized in that at least one measurement value detected for the presence of an operating event is utilized to trigger the sending of the trigger signal (p, p 1, p 2) for the authentication process, before the detection time interval (Δt 1) has elapsed and before the course of the measurement values can be evaluated as to whether an operating event is present.
Method for operating a network node in a radio access network, the method comprising transmitting synchronisation signaling, the synchronisation signaling comprising a signaling sequence, the signaling sequence being determined as a combination of a number of sub-sequences, wherein an interleaving order of the sub-sequences is mapped to synchronisation information wherein each sub-sequence is chosen from a set of subsequences, and wherein the interleaving order indicates different synchronisation information from other interleaving orders of the same sub-sequences, wherein the synchronisation signaling repeats, within a time interval, the signaling sequence, and wherein the interleaving order of the sub-sequence changes between repetitions, wherein the interleaving order indicates a periodicity of a synchronisation signaling, SS, burst occasion.
A method implemented by a client device comprising a touchscreen display, the method comprising: displaying, on the touchscreen display, a first portion of an electronic document, the electronic document including the first portion and a second portion, an orientation of the first portion and the second portion defining a scroll direction of the electronic document, wherein the electronic document is displayed in a primary application display area of a first screen size, and wherein the first portion and the second portion both have a second screen size that coincides with the first screen size; receiving through the touchscreen display, anywhere within the first portion, a first gesture along the scroll direction; displaying, on the touchscreen display of the client device, the second portion of the electronic document in response to the receiving of the first gesture; receiving through the touchscreen display, anywhere within the second portion, a second gesture along the scroll direction; and characterised in that the second portion includes a modification trigger configured to initiate a subscription request to an electronic document server, wherein the method further comprises executing the modification trigger in response to receiving the second gesture, the executing of the modification trigger causing the client device to transmit the subscription request to the electronic document server, the executing of the modification trigger further causing the client device to visually minimize the electronic document. displaying, on the touchscreen display, a first portion of an electronic document, the electronic document including the first portion and a second portion, an orientation of the first portion and the second portion defining a scroll direction of the electronic document, wherein the electronic document is displayed in a primary application display area of a first screen size, and wherein the first portion and the second portion both have a second screen size that coincides with the first screen size; receiving through the touchscreen display, anywhere within the first portion, a first gesture along the scroll direction; displaying, on the touchscreen display of the client device, the second portion of the electronic document in response to the receiving of the first gesture; receiving through the touchscreen display, anywhere within the second portion, a second gesture along the scroll direction; and characterised in that the second portion includes a modification trigger configured to initiate a subscription request to an electronic document server, wherein the method further comprises executing the modification trigger in response to receiving the second gesture, the executing of the modification trigger causing the client device to transmit the subscription request to the electronic document server, the executing of the modification trigger further causing the client device to visually minimize the electronic document.
A holster for a handheld electronic device into which the handheld electronic device can be inserted and withdrawn by a user, the holster comprising an integrated energy source for the handheld electronic device, the holster comprising: a plurality of piezoelectric elements to generate an input voltage upon being deformed in response to vibration of the holster; a chamber for housing the plurality of piezoelectric elements, each piezoelectric element of the plurality of piezoelectric elements having a first portion fixedly secured to the chamber and a second portion movable with respect to the first portion, wherein the plurality of piezoelectric elements are arranged in a first comb of piezoelectric elements and in a second comb of piezoelectric elements, the first comb and the second comb of piezoelectric elements being interleaved with respect to each other; charging circuitry electrically connected to the plurality of piezoelectric elements; and electrical transfer means electrically connected to the charging circuitry, the charging circuitry being configured to provide an output voltage to the electrical transfer means in accordance with the input voltage and in accordance with pre-determined charging circuit parameters, the electrical transfer means configured to electrically couple to the handheld electronic device upon the handheld electronic device being inserted into the holster to charge a rechargeable battery of the handheld electronic device. a plurality of piezoelectric elements to generate an input voltage upon being deformed in response to vibration of the holster; a chamber for housing the plurality of piezoelectric elements, each piezoelectric element of the plurality of piezoelectric elements having a first portion fixedly secured to the chamber and a second portion movable with respect to the first portion, wherein the plurality of piezoelectric elements are arranged in a first comb of piezoelectric elements and in a second comb of piezoelectric elements, the first comb and the second comb of piezoelectric elements being interleaved with respect to each other; charging circuitry electrically connected to the plurality of piezoelectric elements; and electrical transfer means electrically connected to the charging circuitry, the charging circuitry being configured to provide an output voltage to the electrical transfer means in accordance with the input voltage and in accordance with pre-determined charging circuit parameters, the electrical transfer means configured to electrically couple to the handheld electronic device upon the handheld electronic device being inserted into the holster to charge a rechargeable battery of the handheld electronic device.
A drainage system having at least two shafts which are connected by at least one double-walled, double-sealed drainage pipe (10, 12) which can be inserted into shaft couplings formed at the shafts such that a common sealing space between the double seals (22, 28) is formed between the shaft couplings and the double-walled drainage pipe (10, 12), wherein the drainage pipe (10, 12) has a plastic inner pipe and a concrete outer pipe, characterised in that an inspection pipe is integrated in the double-walled drainage pipe (10, 12) which runs over the length of the drainage pipe??? and which forms the sealing space in the region of the respective drainage pipe (10, 12); and in that the inspection pipe extends outwardly along the plastic inner pipe.