mhurhangee/ep-ind-claims huggingface dataset:
Heat pump system, comprising a heat pump with a coolant and a housing surrounding the heat pump, wherein the housing is pressure-tight and impermeable, the heat pump is further surrounded by an inner housing, wherein the housings and form a space which contains a first binding agent for receiving the gaseous phase of the coolant exiting from the heat pump, wherein the inner housing is configured to permeably separate the first binding agent and the heat pump, so that the gaseous phase of coolant exiting from the heat pump can reach the first binding agent, characterised in that a further housing is arranged at the bottom of the heat pump system, the housing containing a second binding agent for receiving the liquid phase of coolant exiting from the heat pump.
A process for manufacturing a wiping member made of a material based on elastomer(s) starting from a pair of wiping members joined together, the pair being pre-split by four notches (64, 66) symmetrical in pairs with respect to the transverse and longitudinal median planes, first notches being positioned on the opposite side to second notches with respect to the longitudinal median plane and being separated by a bridge of residual material allowing a subsequent separation of the members from one another, process wherein at least one portion (28, 29) of an outer surface of the notch (64, 66) is treated by ion bombardment, the ion bombardment is carried out with an extraction voltage comprised between 35 kV and 100 kV so said at least one portion (28, 29) has an increased crosslinking over a superficial thickness (E') of less than 5 μm starting from said outer surface, the members of the pair being mobile with respect to one another between an open position of the notch (64, 66) wherein the portion of the outer surface is exposed to the ion bombardment treatment and a closed position of the notch (64, 66) wherein the portion of the outer surface is hidden, the portion of the outer surface of the notch (64, 66) is treated by ion bombardment in the open position.
A light emitting device comprising: a first semiconductor layer; a second semiconductor layer; an active layer disposed between the first semiconductor layer and the second semiconductor layer; a first light extraction layer disposed on the first semiconductor layer and comprising a first nitride semiconductor layer, a second light extraction layer disposed between the first light extraction layer and the first semiconductor layer and comprising a second nitride semiconductor layer, wherein the first light extraction layer comprises a plurality of first layers (210-1, 210-n), and the first layers (210-1, 210-n) have uneven portions that include protruding portions and concave portions, wherein refractive indexes of the first layers (210-1, 210-n) reduce with increasing distance from the first semiconductor layer, wherein the second light extraction layer includes a plurality of second layers (220-1, 220-m), and each of the second layers (220-1, 220-m) is flat and does not include an uneven portion, wherein refractive indexes of the second layers (220-1, 220-m) reduce with increasing distance from the first semiconductor layer, and wherein the protruding portions of the first layers are disposed over the second light extraction layer. a first semiconductor layer; a second semiconductor layer; an active layer disposed between the first semiconductor layer and the second semiconductor layer; a first light extraction layer disposed on the first semiconductor layer and comprising a first nitride semiconductor layer, a second light extraction layer disposed between the first light extraction layer and the first semiconductor layer and comprising a second nitride semiconductor layer, wherein the first light extraction layer comprises a plurality of first layers (210-1, 210-n), and the first layers (210-1, 210-n) have uneven portions that include protruding portions and concave portions, wherein refractive indexes of the first layers (210-1, 210-n) reduce with increasing distance from the first semiconductor layer, wherein the second light extraction layer includes a plurality of second layers (220-1, 220-m), and each of the second layers (220-1, 220-m) is flat and does not include an uneven portion, wherein refractive indexes of the second layers (220-1, 220-m) reduce with increasing distance from the first semiconductor layer, and wherein the protruding portions of the first layers are disposed over the second light extraction layer.
A SiPM sensor chip having a plurality of pixels, consisting of at least one photodiode, at least one quench resistor and a current divider which divides the photocurrent of the photodiodes in two equally large currents, wherein the pixels are arranged in a grid in which each pixel has an xy-position in rows along an x-direction and an y-direction and the SiPM sensor chip contains N rows in the x-direction x n = x 1,x 2, x 3,...x N with n = 1, 2,...N and M rows in the y-direction y m = y 1, y 2, y 3... y m with m = 1, 2,...M, wherein x codes for a horizontal direction h and y codes for a vertical direction v, characterized in that the current divider S q,nm and S nm, respectively, opens into networks N s.h,n and N S,v,m which each lead into further current dividers S h,n and S v,m, which have coding resistors R h,A,n and R h,B,n as well as R v.C,m and R v.D.m, respectively, which are linearly coded and which open into the output channels A, B, C, D, wherein the current dividers S q,nm and S nm, the networks N S,h,n and N s,v,m, the current dividers S h,n and S v,m, the coding resistors R h.A,n and R h,B,n as well as R v,C,m and R v,D.m, respectively, and the output channels A, B, C, D are part of the sensor chip and that the networks N S,h,n lead into a summing network O h and/or the networks N s,v.m lead into a summing network O v, in which the signals of the networks N S,h,n and/or N S,v,m are merged via summing resistors R S,h,n and R S,v,m, respectively, and lead into the output channels E and/or F, and that the coding resistor values of the coding resistors R h,A,n and R h,S,n, which code the x-direction and are connected to the output channels A and B, are linearly coded in an ascending and descending manner in the opposite direction and the coding resistor values of the coding resistors R v,C,m and R v,D,m, which code the y-direction and are connected to the output channels C and D, are linearly coded in an ascending and descending manner in the opposite direction.
A method for preparing a polymeric micelle composition having poorly soluble drugs, comprising: dissolving a poorly soluble drug and an amphiphilic block copolymer into an organic solvent to obtain a solution; and adding an aqueous solution to the resultant solution to form polymeric micelles, wherein the method requires no separate operation to remove the organic solvent prior to the addition of aqueous solution, wherein the organic solvent is used in an amount of 0.5-15 wt%, based on the total weight of the composition, and wherein the aqueous solution comprises an osmolality adjusting agent which is at least one selected from a group consisting of sodium chloride, calcium chloride, sodium sulfate and magnesium chloride. dissolving a poorly soluble drug and an amphiphilic block copolymer into an organic solvent to obtain a solution; and adding an aqueous solution to the resultant solution to form polymeric micelles, wherein the method requires no separate operation to remove the organic solvent prior to the addition of aqueous solution, wherein the organic solvent is used in an amount of 0.5-15 wt%, based on the total weight of the composition, and wherein the aqueous solution comprises an osmolality adjusting agent which is at least one selected from a group consisting of sodium chloride, calcium chloride, sodium sulfate and magnesium chloride.
Reversible window assembly comprising: - a window frame comprising four frame elements: an upper frame element, a lower frame element and two side frame elements (2b,2d), - a window sash comprising four sash elements: an upper sash element, a lower sash element and two side sash elements (3b,3d), and where the window sash is arranged inside the window frame so that when the window is closed, a fitting cavity is provided between the upper frame element and the upper sash element, - two reversible window fittings, each reversible window fitting arranged between one side sash element (3b,3d) and one side frame element (2b,2d), and - at least one safety latch systems (4,5) for locking the position of the window sash in the window sash's cleaning position, wherein said at least one safety latch system (4,5) comprises a first part and a second part, where the first part comprises i) a fixed element and ii) a moveable element pivotably attached to the fixed element, and where the moveable element assumes a collapsed position when the window sash is in its closed position and an expanded position when the window sash is in its cleaning position, and where the second part has an engaging element which is formed complementary to the first part's moveable element and where the first part's moveable element automatically goes into engagement with the second part's engaging element when the window sash assumes its cleaning position, characterized in that the first part is mounted to a surface of the upper sash element, said surface being a part of the inner surface of the fitting cavity between the upper frame element and the upper sash element in the window's closed position such that the first part is hidden in the fitting cavity between the upper frame element and the upper sash element in the closed position of the window assembly, that the second part is mounted to the lower frame element, that the fixed element is fixed to the upper sash element. - a window frame comprising four frame elements: an upper frame element, a lower frame element and two side frame elements (2b,2d), - a window sash comprising four sash elements: an upper sash element, a lower sash element and two side sash elements (3b,3d), and where the window sash is arranged inside the window frame so that when the window is closed, a fitting cavity is provided between the upper frame element and the upper sash element, - two reversible window fittings, each reversible window fitting arranged between one side sash element (3b,3d) and one side frame element (2b,2d), and - at least one safety latch systems (4,5) for locking the position of the window sash in the window sash's cleaning position,
Optical position measuring device for determining the relative position of two objects movable relative to one another along a measurement direction (x), wherein a reference pulse signal is generable at at least one defined reference position (x Ref) and the position measuring device comprises the following components: - a scale which is connected to one of the two objects and has a reference marking (12.1) at the reference position (x Ref), which reference marking consists of a multiplicity of portions with different optical properties arranged aperiodically in the measurement direction (x), wherein additional structures, which extend in the measurement direction (x) and minimize the secondary maxima in the resulting reference pulse signal, are respectively arranged adjacent to the reference marking (12.1) in the measurement direction (x); - a scanning unit which is movable in relation to the scale in the measurement direction (x), connected to the other object and comprises: - a light source, - a reference pulse detector arrangement consisting of individual detector elements (22.1-22.9), the geometric arrangement of which is matched to the reference marking (12.1) for producing a reference pulse signal, characterized in that the additional structures comprise at least two tracks (14.1, 14.2) extending along the measurement direction (x) and having a first optical property, between which is arranged a portion (14.3) extending in the measurement direction (x) and having a second optical property, wherein furthermore a plurality of rectangular damping regions extending perpendicular to the measurement direction (x) and having the first optical property are introduced into the central portion (14.3). - a scale which is connected to one of the two objects and has a reference marking (12.1) at the reference position (x Ref), which reference marking consists of a multiplicity of portions with different optical properties arranged aperiodically in the measurement direction (x), wherein additional structures, which extend in the measurement direction (x) and minimize the secondary maxima in the resulting reference pulse signal, are respectively arranged adjacent to the reference marking (12.1) in the measurement direction (x); - a scanning unit which is movable in relation to the scale in the measurement direction (x), connected to the other object and comprises: - a light source, - a reference pulse detector arrangement consisting of individual detector elements (22.1-22.9), the geometric arrangement of which is matched to the reference marking (12.1) for producing a reference pulse signal, - a light source, - a reference pulse detector arrangement consisting of individual detector elements (22.1-22.9), the geometric arrangement of which is matched to the reference marking (12.1) for producing a reference pulse signal,
Method for managing a wireless call set up by a first terminal via an interface providing access to a wireless communication network, that access interface allocating connection resources to that first terminal when setting up its call, the method comprising the following steps: - determining the resources of the access interface used by the first terminal during its wireless call to a second terminal, and - comparing the resources of the access interface allocated to the first terminal to the resources of the access interface used by the first terminal, - proposing to the first terminal a new mode of operation reducing the resources used by the first terminal, this proposal aiming to reduce the resources allocated by the access interface to the first terminal as a function of that comparison, - analyzing, in the first terminal, the possibility of such change of mode of operation, - the first terminal informing the second terminal and requesting acceptance from the second terminal for reducing the resources that have been allocated to the first terminal for the call, - sending an acceptance or a refusal from the first terminal to the interface, - and reducing the resources allocated by the access interface to the first terminal if the first terminal accepts the new mode of operation proposed by the interface. - determining the resources of the access interface used by the first terminal during its wireless call to a second terminal, and - comparing the resources of the access interface allocated to the first terminal to the resources of the access interface used by the first terminal, - proposing to the first terminal a new mode of operation reducing the resources used by the first terminal, this proposal aiming to reduce the resources allocated by the access interface to the first terminal as a function of that comparison, - analyzing, in the first terminal, the possibility of such change of mode of operation, - the first terminal informing the second terminal and requesting acceptance from the second terminal for reducing the resources that have been allocated to the first terminal for the call, - sending an acceptance or a refusal from the first terminal to the interface, - and reducing the resources allocated by the access interface to the first terminal if the first terminal accepts the new mode of operation proposed by the interface.
A load-handling means (30, 30', 30") for a tower or a tower section of a wind energy installation, which comprises tower fastening means for fastening to an upper end of, or in the region of an upper end of, a tower or of a tower section of a wind energy installation, and fastening points (42, 42') for fastening at least one anchoring means of a lifting gear unit, characterised in that the load-handling means (30, 30', 30") comprises at least one vibration damper (36, 36', 36"), or that at least one vibration damper (36, 36', 36") is fastened to the load-handling means (30, 30', 30"), in particular in a detachable and / or exchangeable manner, the damping frequency of which is in the region of a natural frequency of a clamped gondola-less tower or tower section, or of a free-standing gondola-less tower or tower section.
A display device comprising: a window comprising a first area (WM-NBA) configured to provide a front surface and a second area (WM-BA) bent from the first area to provide at least a side surface; a display module comprising a first portion (DM-P1) coupled to the window and a second portion (DM-P2) extending from the first portion (DM-P 1); a protection film comprising a first film portion (LF-P1) corresponding to the first portion (DM-P1) and a second film portion (LF-P2) corresponding to the second portion (DM-P2), the protection film being disposed below the display module; a first area adhesive member (AM-P1) configured to couple the first portion (DM-P1) and the first film portion (LF-P1); a second area adhesive member (AM-P2) configured to couple the second portion (DM-P2) and the second film portion (LF-P2); and a circuit board (FPCB) coupled to the second portion (DM-P2); characterized in that the second area adhesive member (AM-P2) has an elastic modulus greater than an elastic modulus of the first area adhesive member (AM-P1). a window comprising a first area (WM-NBA) configured to provide a front surface and a second area (WM-BA) bent from the first area to provide at least a side surface; a display module comprising a first portion (DM-P1) coupled to the window and a second portion (DM-P2) extending from the first portion (DM-P 1); a protection film comprising a first film portion (LF-P1) corresponding to the first portion (DM-P1) and a second film portion (LF-P2) corresponding to the second portion (DM-P2), the protection film being disposed below the display module; a first area adhesive member (AM-P1) configured to couple the first portion (DM-P1) and the first film portion (LF-P1); a second area adhesive member (AM-P2) configured to couple the second portion (DM-P2) and the second film portion (LF-P2); and a circuit board (FPCB) coupled to the second portion (DM-P2); characterized in that the second area adhesive member (AM-P2) has an elastic modulus greater than an elastic modulus of the first area adhesive member (AM-P1).
A method for provisioning of a SIM card by a backend platform of a mobile network, wherein the SIM card comprises an application for activating mobile network service functionalities of a mobile terminal using the SIM card, characterized in that the application is started automatically when the mobile terminal is switched on and starts a timer of at least 10 seconds when the presently used combination of the SIM card and the mobile terminal was not used before, - during the timer a browser application on the SIM card is started, which displays data stored in a memory of the SIM card on a display of the mobile terminal and initiates a data connection (14a, 14b) to the backend platform by using an URL stored in a memory of the SIM card, - after the timer has expired the browser application displays data of the URL received from the backend platform as a menu on the display of the mobile terminal, whereby the menu comprises information selectable by a user of the mobile terminal for creating a request for activating mobile network service functionalities of the mobile terminal using the SIM card, and sends a request for activating mobile network service functionalities of the mobile terminal using the SIM card to the backend platform, whereby the request is created corresponding to mobile network service functionalities selected by the user from the menu. - during the timer a browser application on the SIM card is started, which displays data stored in a memory of the SIM card on a display of the mobile terminal and initiates a data connection (14a, 14b) to the backend platform by using an URL stored in a memory of the SIM card, - after the timer has expired the browser application displays data of the URL received from the backend platform as a menu on the display of the mobile terminal, whereby the menu comprises information selectable by a user of the mobile terminal for creating a request for activating mobile network service functionalities of the mobile terminal using the SIM card, and sends a request for activating mobile network service functionalities of the mobile terminal using the SIM card to the backend platform, whereby the request is created corresponding to mobile network service functionalities selected by the user from the menu.
Electromechanical actuator, comprising: a base part; an oscillation resonator; a mount for mounting the oscillation resonator to the base part, a driver member mechanically coupled to the oscillation resonator; and a slider or rotator configured to be moved by the driver member when the oscillation resonator is excited characterised by the oscillation resonator having the shape of a rod and in that the mount is configured to bear the oscillation resonator so as to be rotatable around an axis of the oscillation resonator having the shape of a rod relative to the base part. a base part; an oscillation resonator; a mount for mounting the oscillation resonator to the base part, a driver member mechanically coupled to the oscillation resonator; and a slider or rotator configured to be moved by the driver member when the oscillation resonator is excited characterised by the oscillation resonator having the shape of a rod and in that the mount is configured to bear the oscillation resonator so as to be rotatable around an axis of the oscillation resonator having the shape of a rod relative to the base part.