mhurhangee/ep-ind-claims huggingface dataset:
A photovoltaic device (1a-d) comprising: - a solar cell unit (2a; 2b) including: a working electrode comprising a light-absorbing layer, a counter electrode including a porous conductive layer, and a conducting medium for transferring charges between the counter electrode and the working electrode, and - a conductor electrically connected to the porous conductive layer, wherein the solar cell unit (2a, 2b) comprises at least one adhering layer (8;8b;8a;16,17) arranged between the conductor and the porous conductive layer for attaching the conductor to the porous conductive layer, and the adhering layer (8;8b;8a;16,17) comprises an adhesive and conducting particles (22; 22a-b) distributed in the adhesive so that a conducting network is formed in the adhesive, characterized in that the solar cell unit (2a, 2b) comprises a non-porous conducting barrier disposed between the conductor and the porous conductive layer, and the at least one adhering layer comprises a first adhering layer disposed between the porous conductive layer and the conducting barrier for attaching the conducting barrier to the porous conductive layer, and a second adhering layer arranged between the conducting barrier and the conductor for attaching the conductor to the conducting barrier, wherein the photovoltaic device (1a-b) comprises an encapsulation enclosing the solar cell unit (2a; 2b), and the encapsulation surrounds the first and second adhering layers (16,17) and the conducting barrier. - a solar cell unit (2a; 2b) including: a working electrode comprising a light-absorbing layer, a counter electrode including a porous conductive layer, and a conducting medium for transferring charges between the counter electrode and the working electrode, and a working electrode comprising a light-absorbing layer, a counter electrode including a porous conductive layer, and a conducting medium for transferring charges between the counter electrode and the working electrode, and - a conductor electrically connected to the porous conductive layer, wherein the solar cell unit (2a, 2b) comprises at least one adhering layer (8;8b;8a;16,17) arranged between the conductor and the porous conductive layer for attaching the conductor to the porous conductive layer, and the adhering layer (8;8b;8a;16,17) comprises an adhesive and conducting particles (22; 22a-b) distributed in the adhesive so that a conducting network is formed in the adhesive, characterized in that the solar cell unit (2a, 2b) comprises a non-porous conducting barrier disposed between the conductor and the porous conductive layer, and the at least one adhering layer comprises a first adhering layer disposed between the porous conductive layer and the conducting barrier for attaching the conducting barrier to the porous conductive layer, and a second adhering layer arranged between the conducting barrier and the conductor for attaching the conductor to the conducting barrier, wherein the photovoltaic device (1a-b) comprises an encapsulation enclosing the solar cell unit (2a; 2b), and the encapsulation surrounds the first and second adhering layers (16,17) and the conducting barrier.
An integrated water fitting assembly, comprising: a housing, a drainage mechanism, and a drainage base, wherein the drainage mechanism is disposed in the housing, the drainage base is disposed below the housing, and a water inlet being communicable with a water source, and the drainage mechanism controls open or closing of a water outlet of the drainage base; the integrated water fitting assembly further comprises a dual-outlet micro-pump, wherein the dual-outlet micro-pump is disposed in the housing, a water inlet, a washing water outlet, and a drainage control water outlet that are communicated with each other are formed in the dual-outlet micro-pump, the washing water outlet extends out of the housing, the drainage control water outlet is connected inside the drainage mechanism, such that the water source is divided through the dual-outlet micro-pump into two paths to be respectively used for drainage and washing; characterized in that the integrated water fitting assembly comprises a plurality of flushing aid tubes, each of the flushing aid tubes comprises an inlet end being connectable with a pressurized water source end, and an outlet end inserted into the drainage base and connected with the water outlet of the drainage base. the integrated water fitting assembly further comprises a dual-outlet micro-pump, wherein the dual-outlet micro-pump is disposed in the housing, a water inlet, a washing water outlet, and a drainage control water outlet that are communicated with each other are formed in the dual-outlet micro-pump, the washing water outlet extends out of the housing, the drainage control water outlet is connected inside the drainage mechanism, such that the water source is divided through the dual-outlet micro-pump into two paths to be respectively used for drainage and washing; characterized in that the integrated water fitting assembly comprises a plurality of flushing aid tubes, each of the flushing aid tubes comprises an inlet end being connectable with a pressurized water source end, and an outlet end inserted into the drainage base and connected with the water outlet of the drainage base.
A system comprising a reader-printer for certifying an authentic value item, such as a document or a piece of art, and a special-purpose server, said reader-printer being controlled by the special-purpose server, the system being configured to: - scan by the reader-printer the value item being accepted as authentic; - store by the special-purpose server a result of scanning the value item in a database; - generate a certification mark comprising a coded data produced on a basis of the result of scanning the value item stored in the database; and - print the certification mark on the value item, characterized in that the reader-printer is further configured to print multiple certification marks at multiple locations on the value item and scan the value item having the certification marks printed at the multiple locations thereon, and the special-purpose server is configured to store in the database the scan of the value item having the certification marks printed at the multiple locations thereon so as a corresponding relative or absolute location of at least one of the certification marks printed at the multiple locations on the value item can be subsequently verified. - scan by the reader-printer the value item being accepted as authentic; - store by the special-purpose server a result of scanning the value item in a database; - generate a certification mark comprising a coded data produced on a basis of the result of scanning the value item stored in the database; and - print the certification mark on the value item,
Dispensing machine for wipe material wound on a reel of the type comprising a wall-mounted housing with a back panel, two side panels, a lower base panel and a cover which is articulated relative to said housing by lifting it upwards, said back panel accommodating a module which itself has a back panel and two lateral side pieces shaped and designed to receive the reel of material, characterised in that the dispensing machine comprises a compensating-lever mechanism intended to move the strip of pre-cut material back towards the rear of the machine and do so in close combination with lifting or lowering of the cover, and in that the compensating-lever mechanism is externally located either side of the lateral side pieces of the module in the space formed with the lateral side pieces of the housing and in that said mechanism comprises two levers and which are articulated with each other and between which there is at least one return roller and in that the first lever has a uniform structure and the second lever is designed with various components which allow Cardan-joint type articulation and in that the levers are linked to arms which make it possible to lift or lower the cover and in that the material wound on a reel is pre-cut.
A construction machine comprising: a swing hydraulic motor driven by an oil pressure that a hydraulic pump generates when driven by an engine; a swing electric motor connected to the swing hydraulic motor and driven by electric power that an electricity storage device supplies; and a swing body connected to the swing electric motor, the machine braking/driving the swing electric motor and the swing hydraulic motor according to a manipulation stroke of a swing control lever which operates the swing body, and thereby braking/driving the swing body by use of a total torque of the swing electric motor and the swing hydraulic motor, characterized in that an electric motor torque command value that is input to the swing electric motor to brake/drive the swing electric motor is calculated by multiplying a torque of the swing hydraulic motor by a gain which is set according to the manipulation stroke of the swing control lever, and by further comprising: a swing spool that controls a delivery rate and delivery direction of a hydraulic fluid to the swing hydraulic motor according to the manipulation stroke of the swing control lever; wherein the gain is determined by an opening area of the swing spool that is set according to the manipulation stroke of the swing control lever. a swing hydraulic motor driven by an oil pressure that a hydraulic pump generates when driven by an engine; a swing electric motor connected to the swing hydraulic motor and driven by electric power that an electricity storage device supplies; and a swing body connected to the swing electric motor, the machine braking/driving the swing electric motor and the swing hydraulic motor according to a manipulation stroke of a swing control lever which operates the swing body, and thereby braking/driving the swing body by use of a total torque of the swing electric motor and the swing hydraulic motor, characterized in that an electric motor torque command value that is input to the swing electric motor to brake/drive the swing electric motor is calculated by multiplying a torque of the swing hydraulic motor by a gain which is set according to the manipulation stroke of the swing control lever, and by further comprising: a swing spool that controls a delivery rate and delivery direction of a hydraulic fluid to the swing hydraulic motor according to the manipulation stroke of the swing control lever; wherein the gain is determined by an opening area of the swing spool that is set according to the manipulation stroke of the swing control lever. a swing spool that controls a delivery rate and delivery direction of a hydraulic fluid to the swing hydraulic motor according to the manipulation stroke of the swing control lever; wherein the gain is determined by an opening area of the swing spool that is set according to the manipulation stroke of the swing control lever.
An ABDNAZ (2-bromo-1-(3,3-dinitroazetidin-1-yl)ethanone) formulation for use in the treatment of cancer in a patient, the method comprising intravenously administering to the patient in need thereof a therapeutically effective amount of the ABDNAZ formulation comprising whole blood, ABDNAZ, and an anticoagulant, in order to treat the cancer.
A touch panel comprising a plurality of signal input ends; a plurality of signal output ends; and at least one signal detecting unit, characterised in that each of the at least one signal detecting unit comprises: a signal inputting unit (M; M1, M2), a preamplifier (A1, A2; A) and a signal separating unit, the signal inputting unit (M; M1, M2) is connected to a respective one of the plurality of signal input ends, wherein each of the plurality of signal input ends is configured to receive n driving signals having n frequencies simultaneously from the corresponding signal inputting unit (M; M1, M2), and the plurality of signal input ends sequentially receive the same n driving signals, wherein n is an integer not less than 2; the preamplifier (A1, A2; A), which is connected to a respective one of the plurality of signal output ends, is configured to acquire an output signal from the respective one of the plurality of signal output ends, amplify the output signal, and output the amplified output signal to the signal separating unit; and the signal separating unit, which is connected to the preamplifier (A1, A2; A) and comprises n band-pass filters (n1, n2, n3), is configured to separate the amplified output signal to n signals having n frequencies, wherein the preamplifier (A1, A2; A) further comprises a feedback network and a compensating network, the feedback network comprises at least two feedback branches connected in parallel, one of the at least two feedback branches comprises a resistor, and each of remaining feedback branches comprises a resistor and a switch connected in series with the resistor, and the resistance of the feedback network is changed by controlling the On-Off of the switches, the compensating network comprises a compensating resistor (Rref), and the inverting input terminal of the preamplifier (A1, A2; A) is connected to a compensating signal source via the compensating resistor (Rref).
Method for transmitting additional information during the setup and/or operation of a telephone connection between a first communication participant and a second communication participant, the first communication participant initiating the setup of the telephone connection and the second communication participant being the called communication participant, the first communication participant and the second communication participant being connected via at least one telecommunication network of the second communication participant or by means of the telecommunication network of the second communication participant and a further telecommunication network of the first communication participant during the operation of the telephone connection, the additional information being transmitted to the second communication participant as a part of call signalling related to the telephone connection, and the additional information being or comprising image information in such a way that the image information is generated from first text information and/or from second text information by synthetic image generation, wherein the method includes the following steps: - in a first step, the image information comprising the first text information and/or comprising the second text information is generated, - in a second step subsequent to the first step, the image information is transmitted to the second communication participant as additional information via at least the telecommunication network. - in a first step, the image information comprising the first text information and/or comprising the second text information is generated, - in a second step subsequent to the first step, the image information is transmitted to the second communication participant as additional information via at least the telecommunication network.
A method for manufacturing a value document, in particular a banknote, comprising a) making available a value document substrate; b) applying a flowable, UV-crosslinkable ink layer containing effect pigments to the value document substrate by means of a first flexographic printing unit; c) bringing into contact the value document substrate with a flexographic printing plate within a second flexographic printing unit, wherein the flexographic printing plate has a printing plate region which is suitable for embossing the UV-crosslinkable ink layer containing effect pigments that has been applied to the value document substrate, and has at least one further printing plate region which is supplied with a lacquer for forming an dirt-repellent coating to produce a value document substrate in this manner having a UV-crosslinkable ink layer containing effect pigments which is supplied with a three-dimensional embossed structure (31, 311, 312) and having a dirt-repellent coating outside of the region of the ink layer; e) the complete crosslinking by means of a UV drying device of the UV-crosslinkable ink layer containing effect pigments and supplied with a three-dimensional embossed structure (31, 311, 312) that has been applied to the value document substrate, wherein the flexographic printing plate has two printing plate regions, namely a first, elevated printing plate region which is dyed with the lacquer for forming a dirt-repellent coating, and a second, recessed printing plate region which is not dyed with lacquer for forming a dirt-repellent coating and which is adapted to the introduction of a three-dimensional embossed structure (31, 311, 312) into the UV-cross-linkable ink layer containing effect pigments that has been applied to the value document substrate. a) making available a value document substrate; b) applying a flowable, UV-crosslinkable ink layer containing effect pigments to the value document substrate by means of a first flexographic printing unit; c) bringing into contact the value document substrate with a flexographic printing plate within a second flexographic printing unit, wherein the flexographic printing plate has a printing plate region which is suitable for embossing the UV-crosslinkable ink layer containing effect pigments that has been applied to the value document substrate, and has at least one further printing plate region which is supplied with a lacquer for forming an dirt-repellent coating to produce a value document substrate in this manner having a UV-crosslinkable ink layer containing effect pigments which is supplied with a three-dimensional embossed structure (31, 311, 312) and having a dirt-repellent coating outside of the region of the ink layer; e) the complete crosslinking by means of a UV drying device of the UV-crosslinkable ink layer containing effect pigments and supplied with a three-dimensional embossed structure (31, 311, 312) that has been applied to the value document substrate, wherein
An orthotic device, comprising: an upper arm section for receiving an upper portion of an arm of a subject; a forearm section for receiving a forearm portion of the arm; and at least one elbow joint rotatably coupling the upper arm section and the forearm section, characterized in that the forearm section comprises a release control situated at a distal end of the forearm section and operatively coupled to the at least one elbow joint, and wherein the release control is configured to transition the at least one elbow joint from a restricted motion state to a free motion state when the release control is activated.
A computer resource provisioning system, comprising: a processor coupled to a memory, the processor configured to execute computer-executable instructions stored in the memory that when executed cause the processor to perform the following actions: detecting a request to create a virtual machine from a requestor; classifying the virtual machine into one of a plurality of longevity classes with a machine learning classifier based on data pertaining to one or more of the requestor or the virtual machine, wherein the longevity classes capture different lifespans of the virtual machine between when the virtual machine is created and when the virtual machine is deleted; and provisioning resources for the virtual machine from a hardware resource pool of a set of disjoint resource pools specific to the longevity class of the virtual machine. detecting a request to create a virtual machine from a requestor; classifying the virtual machine into one of a plurality of longevity classes with a machine learning classifier based on data pertaining to one or more of the requestor or the virtual machine, wherein the longevity classes capture different lifespans of the virtual machine between when the virtual machine is created and when the virtual machine is deleted; and provisioning resources for the virtual machine from a hardware resource pool of a set of disjoint resource pools specific to the longevity class of the virtual machine.
A multilayer lamination transfer film comprising: a polymeric support layer or carrier layer having a releasable surface, and a plurality of co-extensive electrical protolayers (22, 23, 24) deposited on the support layer or carrier layer, forming an electrical protolayer stack (10, 20, 25, 34), at least one or each electrical protolayer (22, 23, 24) independently comprising at least 25 wt% sacrificial material and a thermally stable material and having a uniform thickness of less than 25 micrometers. a polymeric support layer or carrier layer having a releasable surface, and a plurality of co-extensive electrical protolayers (22, 23, 24) deposited on the support layer or carrier layer, forming an electrical protolayer stack (10, 20, 25, 34), at least one or each electrical protolayer (22, 23, 24) independently comprising at least 25 wt% sacrificial material and a thermally stable material and having a uniform thickness of less than 25 micrometers.
A method of setting profiles for a profile server, the method comprising: receiving, from a first terminal, a first message that requests transfer of a portion or a whole of a first profile from a first secure element of the first terminal to a second secure element of a second terminal, the first message including an identifier of the first secure element and an identifier of the second secure element; transmitting, to the first terminal, a second message requesting the portion or the whole of the first profile; receiving, from the first terminal, the portion or the whole of the first profile; and generating a second profile using the portion or the whole of the first profile and using a Universal Subscriber Identity Module authentication key of the second profile, which is different from an authentication key of the first profile, the second profile including a signature which is obtained based on the identifier of the second secure element; transmitting, to the second terminal, the generated second profile; and transmitting, if the second profile is successfully installed in the second secure element, a third message requesting update of the authentication key of the first profile with that of the second profile to an authentication center. receiving, from a first terminal, a first message that requests transfer of a portion or a whole of a first profile from a first secure element of the first terminal to a second secure element of a second terminal, the first message including an identifier of the first secure element and an identifier of the second secure element; transmitting, to the first terminal, a second message requesting the portion or the whole of the first profile; receiving, from the first terminal, the portion or the whole of the first profile; and generating a second profile using the portion or the whole of the first profile and using a Universal Subscriber Identity Module authentication key of the second profile, which is different from an authentication key of the first profile, the second profile including a signature which is obtained based on the identifier of the second secure element; transmitting, to the second terminal, the generated second profile; and transmitting, if the second profile is successfully installed in the second secure element, a third message requesting update of the authentication key of the first profile with that of the second profile to an authentication center.