mhurhangee/patent-ind-claim-en huggingface dataset:
A lens system for facilitating imaging and for inspection of an eye including a retina of a subject, the lens system comprising: a lens configured for placement on a cornea of said eye or at a distance from said cornea, said lens configured to form an image and employed for inspection of said eye; and a reflective element , placed away from the periphery of said lens, such that said reflective element partially occludes a field of view (FOV) of said lens, said reflective element is incorporated into said lens; wherein said reflective element is configured to reflect a light beam emitted by a non-invasive light source that is positioned externally to said eye and outside said lens, and thereby to direct a reflected light beam toward said eye of said subject, said reflective element being further configured to increase the divergence of said light beam, such that the divergence of said reflected light beam is larger than the divergence of said light beam. a lens configured for placement on a cornea of said eye or at a distance from said cornea, said lens configured to form an image and employed for inspection of said eye; and a reflective element , placed away from the periphery of said lens, such that said reflective element partially occludes a field of view (FOV) of said lens, said reflective element is incorporated into said lens; wherein said reflective element is configured to reflect a light beam emitted by a non-invasive light source that is positioned externally to said eye and outside said lens, and thereby to direct a reflected light beam toward said eye of said subject, said reflective element being further configured to increase the divergence of said light beam, such that the divergence of said reflected light beam is larger than the divergence of said light beam.
A handheld transmitter comprising an energy store , a motion sensor for detecting a movement of the handheld transmitter , a transmission/reception unit for establishing a wireless connection to an electrically actuable portable lock , and a querying means for querying the charge state of the energy store , wherein the handheld transmitter can be switched over between a manual mode in which the connection establishment can only be triggered by the actuation of an actuation element by a user and an automatic mode in which the connection establishment can be triggered by a movement of the handheld transmitter , characterized in that a querying of the charge state of the energy store is provided on a desired switchover from the manual mode into the automatic mode; and in that a switchover into the automatic mode is prevented in the case of an insufficient charge state.
Device for subcutaneous injection of fluid into a patient's skin comprising - a casing which houses - a pump , - a cannula having a tip for being inserted into the patient's skin, the cannula being fixedly positioned relative to the pump, - means for inserting the cannula into the patient's skin, - a flexible base plate being fixed to the casing and having a prestressed convex position in which the tip of the cannula is concealed and a released flat position in which the tip of the cannula is exposed beyond the base plate, - a mechanism comprising means for holding the base plate in the prestressed convex position and for releasing the base plate to move from its prestressed position to its released flat position, - characterized by - an adhesive layer fixed to the flexible base plate and covering at least the central part of the base plate for adhering the base plate onto the patient's skin, whereby when moving from the prestressed convex position to the released flat position the base plate is pulling the adhered skin against the tip of the cannula. - a casing which houses - a pump , - a cannula having a tip for being inserted into the patient's skin, the cannula being fixedly positioned relative to the pump, - means for inserting the cannula into the patient's skin, - a flexible base plate being fixed to the casing and having a prestressed convex position in which the tip of the cannula is concealed and a released flat position in which the tip of the cannula is exposed beyond the base plate, - a mechanism comprising means for holding the base plate in the prestressed convex position and for releasing the base plate to move from its prestressed position to its released flat position, - characterized by - an adhesive layer fixed to the flexible base plate and covering at least the central part of the base plate for adhering the base plate onto the patient's skin, whereby when moving from the prestressed convex position to the released flat position the base plate is pulling the adhered skin against the tip of the cannula.
A material testing system , comprising: a crosshead configured to be actuated to transfer testing force to a test specimen during a material test; an actuator configured to actuate the crosshead and to apply the testing force to the crosshead ; a force sensor configured to measure force applied by the crosshead to the specimen; and a control processor configured to: determine a reference force range based on a first force measurement from the force sensor in response to initiation of movement of the crosshead ; and in response to a second force measurement by the force sensor that is outside of the reference force range, control the actuator to apply a braking force to the crosshead ; and characterised in that the control processor is configured to determine the reference force range as a collision reference force range based on a tolerance range and the first force measurement. a crosshead configured to be actuated to transfer testing force to a test specimen during a material test; an actuator configured to actuate the crosshead and to apply the testing force to the crosshead ; a force sensor configured to measure force applied by the crosshead to the specimen; and a control processor configured to: determine a reference force range based on a first force measurement from the force sensor in response to initiation of movement of the crosshead ; and in response to a second force measurement by the force sensor that is outside of the reference force range, control the actuator to apply a braking force to the crosshead ; and determine a reference force range based on a first force measurement from the force sensor in response to initiation of movement of the crosshead ; and in response to a second force measurement by the force sensor that is outside of the reference force range, control the actuator to apply a braking force to the crosshead ; and characterised in that the control processor is configured to determine the reference force range as a collision reference force range based on a tolerance range and the first force measurement.
Optoelectronic device that is arranged on a substrate comprising a) a first electrode adjacent to the substrate and a second electrode which is arranged on top of the device; and b) at least one layer comprising a perovskite which is arranged between the first and the second electrode ; wherein the perovskite is electrically doped from 0.001 to 30 percent by weight (wt.-%) with an n-type or p-type electrical dopant material based on the total weight of the finished layer, the electrical doping resulting in an increase in the density of free electrons and holes, respectively, in the thermal equilibrium state of the doped material, characterized in that the electrical dopant material is an organic electrical dopant material. a) a first electrode adjacent to the substrate and a second electrode which is arranged on top of the device; and b) at least one layer comprising a perovskite which is arranged between the first and the second electrode ;
A removal device for removing at least one pliable material part from a conveyor device , comprising: at least one winding device including a receiver which can be moved to a removal position (A) above the conveyor device and is configured to contact a region of a material part to be removed and to receive the material part to be removed from the conveyor device and to wind it up around the receiver , wherein the winding device or the receiver is pivotable in its orientation after the material part to be removed has been wound up and is movable to a depositing position (B), characterized in that the winding device is configured to convey the material part wound around the receiver to a transport container at the depositing position (B) and to deposit the wound-up material part in a wound-up state. at least one winding device including a receiver which can be moved to a removal position (A) above the conveyor device and is configured to contact a region of a material part to be removed and to receive the material part to be removed from the conveyor device and to wind it up around the receiver , wherein the winding device or the receiver is pivotable in its orientation after the material part to be removed has been wound up and is movable to a depositing position (B), characterized in that the winding device is configured to convey the material part wound around the receiver to a transport container at the depositing position (B) and to deposit the wound-up material part in a wound-up state.
A pharmaceutical composition adapted for oral administration comprising: a core comprising hydrocortisone and a carrier and contacting said core a layer comprising a delayed release polymer wherein said delayed release polymer consists essentially of a mixture of poly(methacrylic acid, methyl methacrylate) in a ratio of 1:2 and poly(methacrylic acid, methyl methacrylate) in a ratio of 1:1 and is adapted to delay release of hydrocortisone from said core characterized in that the core comprises microcrystalline cellulose particles wherein the diameter of said particles is between 200μm-1200 μm and is 75-85% w/w of the composition.
A method for use in a personal electronic device including a storage device , the method being for controlling the storage device comprising: identifying, by the personal electronic device , performance constraints corresponding to current user expectations of the storage device ; receiving (200; 304), at the storage device , a behavior command based on the current user expectations of the storage device performance, the user expectations including a current performance level and an ability to return to a higher performance level within a predetermined amount of time; computing (201; 307), at the storage device , an operational state corresponding to the received behavior command ; adjusting (202; 308), at the storage device , behavior settings by adjusting power consumption and performance settings based on the computed operational state, the storage device having behavior settings indicative of active management of internal operations; selectively degrading performance to reduce power consumption and maintaining an acceptable performance level while operating with reduced user interaction; and resuming full power operating with active user interaction such that applications remain launched and updated. identifying, by the personal electronic device , performance constraints corresponding to current user expectations of the storage device ; receiving (200; 304), at the storage device , a behavior command based on the current user expectations of the storage device performance, the user expectations including a current performance level and an ability to return to a higher performance level within a predetermined amount of time; computing (201; 307), at the storage device , an operational state corresponding to the received behavior command ; adjusting (202; 308), at the storage device , behavior settings by adjusting power consumption and performance settings based on the computed operational state, the storage device having behavior settings indicative of active management of internal operations; selectively degrading performance to reduce power consumption and maintaining an acceptable performance level while operating with reduced user interaction; and resuming full power operating with active user interaction such that applications remain launched and updated.
An elbow joint supporter which is made of a tubular knitted fabric that is knitted in circular knitting, and is adapted to come into close contact with the body surface of a wearer, thereby assisting an elbow joint, the elbow joint supporter characterized by : a first anchor section which is knitted to go around one end of the tubular knitted fabric and adapted to make the tubular knitted fabric be tightened on the brachium of the wearer; a second anchor section which is knitted to go around the other end of the tubular knitted fabric and adapted to make the tubular knitted fabric be tightened on the forearm of the wearer; and a supporting section which is knitted in an approximate X-shape that is adapted to cross at the cubital fossa of the wearer, and to support the elbow joint of the wearer by connecting two end portions in the approximately X-shaped knitted fabric to the first anchor section and connecting the other two end portions in the approximately X-shaped knitted fabric to the second anchor section , wherein the stretch resistances of the first anchor section and the second anchor section in a circumferential direction (H) of the tubular knitted fabric are larger than the stretch resistance of a base fabric section in the circumferential direction (H) of the tubular knitted fabric wherein the stretch resistance of the supporting section in a length direction (L) of the tubular knitted fabric is larger than the stretch resistance of the base fabric section in the length direction (L) of the tubular knitted fabric. a first anchor section which is knitted to go around one end of the tubular knitted fabric and adapted to make the tubular knitted fabric be tightened on the brachium of the wearer; a second anchor section which is knitted to go around the other end of the tubular knitted fabric and adapted to make the tubular knitted fabric be tightened on the forearm of the wearer; and a supporting section which is knitted in an approximate X-shape that is adapted to cross at the cubital fossa of the wearer, and to support the elbow joint of the wearer by connecting two end portions in the approximately X-shaped knitted fabric to the first anchor section and connecting the other two end portions in the approximately X-shaped knitted fabric to the second anchor section , wherein the stretch resistances of the first anchor section and the second anchor section in a circumferential direction (H) of the tubular knitted fabric are larger than the stretch resistance of a base fabric section in the circumferential direction (H) of the tubular knitted fabric wherein the stretch resistance of the supporting section in a length direction (L) of the tubular knitted fabric is larger than the stretch resistance of the base fabric section in the length direction (L) of the tubular knitted fabric.
A radiation-curable web-offset lithographic ink composition, comprising: a colorant; a varnish; and a water-soluble alkoxylated modified rosin. a colorant; a varnish; and a water-soluble alkoxylated modified rosin.
Electrically operable floor care device with a motor and a manual power control unit for the motor, wherein the floor care device comprises a handle for a user to manually select a requested mode power of the motor from two or more possible requested mode powers, and the floor care device comprises an automatic power control unit for the motor, which is designed to pass over the requested mode power selected manually by means of the handle when the motor of the floor care device is switched on and to operate the motor automatically with a fixed automatic mode power instead of with the requested mode power selected by way of the handle; wherein the floor care device is designed so that a requested mode power selected manually by the user by means of a handle after the motor of the floor care device has been switched on passes over the automatic mode power set automatically when the floor care device is switched on so that the motor is then operated with this requested mode power, characterised in that the automatic mode power is fixed in that it represents a fixed relative portion of the requested mode power selected manually by means of the handle.
A recirculating bath , comprising: a main power input configured to receive an alternating current; a heating element that is selectively coupled to the main power input in response to an activation signal, the activation signal having a duty cycle set based on a voltage of the alternating current at the main power input , and a power unit having an input and an output, the input being coupled to the main power input, the output providing at least one direct current voltage having a value substantially independent of the voltage of the alternating current at the main power input, the direct current voltage providing power to a direct current motor that is selectively coupled to the output of the power unit, the direct current motor providing torque to at least one of a compressor , a recirculating pump , and a fan in response to being coupled to the output of the power unit. a main power input configured to receive an alternating current; a heating element that is selectively coupled to the main power input in response to an activation signal, the activation signal having a duty cycle set based on a voltage of the alternating current at the main power input , and a power unit having an input and an output, the input being coupled to the main power input, the output providing at least one direct current voltage having a value substantially independent of the voltage of the alternating current at the main power input, the direct current voltage providing power to a direct current motor that is selectively coupled to the output of the power unit, the direct current motor providing torque to at least one of a compressor , a recirculating pump , and a fan in response to being coupled to the output of the power unit.
A lubricating oil composition, comprising: a lubricating oil base oil, a compound having at least one element selected from calcium and magnesium, a compound having at least one element selected from molybdenum and phosphorous, and an ashless dispersant having nitrogen; wherein: (i) the amount of magnesium in the lubricating oil composition is 0.01% by weight to 0.6% by weight; (ii) X as determined from following equation : X = Ca + 0.5 Mg × 8 − Mo × 8 − P × 30 wherein [Ca], [Mg], [Mo] and [P] in equation respectively represent the concentrations (wt%) of calcium, magnesium, molybdenum and phosphorous in the lubricating oil composition, satisfies the expression X ≤ -1.68; (iii) Y as determined from following equation : Y = Ca + 1.65 Mg + N wherein [Ca], [Mg] and [N] in equation respectively represent the concentrations (wt%) of calcium, magnesium and nitrogen derived from ashless dispersant in the lubricating oil composition, satisfies the expression Y ≥ 0.18; (iv) Q as determined from the following equation : Q = Ca + 0.05 Mg satisfies the expression 0.01 ≤ Q ≤ 0.15; (v) W as determined from the following equation : W = Ca + 1.65 Mg satisfies the expression 0.14 ≤ W ≤ 1.0; and (vi) said lubricating oil composition contains at least one friction modifier [C] having molybdenum. (i) the amount of magnesium in the lubricating oil composition is 0.01% by weight to 0.6% by weight; (ii) X as determined from following equation : X = Ca + 0.5 Mg × 8 − Mo × 8 − P × 30 wherein [Ca], [Mg], [Mo] and [P] in equation respectively represent the concentrations (wt%) of calcium, magnesium, molybdenum and phosphorous in the lubricating oil composition, satisfies the expression X ≤ -1.68; wherein [Ca], [Mg], [Mo] and [P] in equation respectively represent the concentrations (wt%) of calcium, magnesium, molybdenum and phosphorous in the lubricating oil composition, satisfies the expression X ≤ -1.68; (iii) Y as determined from following equation : Y = Ca + 1.65 Mg + N wherein [Ca], [Mg] and [N] in equation respectively represent the concentrations (wt%) of calcium, magnesium and nitrogen derived from ashless dispersant in the lubricating oil composition, satisfies the expression Y ≥ 0.18; (iv) Q as determined from the following equation : Q = Ca + 0.05 Mg satisfies the expression 0.01 ≤ Q ≤ 0.15; (v) W as determined from the following equation : W = Ca + 1.65 Mg satisfies the expression 0.14 ≤ W ≤ 1.0; and (vi) said lubricating oil composition contains at least one friction modifier [C] having molybdenum.
A back-illuminated type photodiode array (PDA1-PDA4) in which a plurality of photodetecting channels (CH) for detection target light to be entered thereinto are formed on a silicon substrate having a semiconductor layer of a first conductivity type, the photodiode array comprising: an epitaxial semiconductor layer of a second conductivity type formed on the semiconductor layer of the first conductivity type, forming pn junctions at an interface to the semiconductor layer , and having a plurality of multiplication regions (AM) for avalanche multiplication of carriers generated with incidence of the detection target light, so that the multiplication regions correspond to the respective photodetecting channels (CH); and a plurality of resistors each having two end portions, provided for the respective photodetecting channels (CH), and each electrically connected through one of the end portions to the epitaxial semiconductor layer and connected through the other of the end portions to a signal conducting wire , wherein an irregular asperity is formed in at least a surface corresponding to the photodetecting channels (CH) in the semiconductor layer of the first conductivity type, wherein at least the surface corresponding to the photodetecting channels (CH) in the semiconductor layer of the first conductivity type is optically exposed, and wherein the surface where the irregular asperity is formed constitutes a light incident surface, light incident at the surface is reflected, scattered, or diffused and travels in the silicon substrate. an epitaxial semiconductor layer of a second conductivity type formed on the semiconductor layer of the first conductivity type, forming pn junctions at an interface to the semiconductor layer , and having a plurality of multiplication regions (AM) for avalanche multiplication of carriers generated with incidence of the detection target light, so that the multiplication regions correspond to the respective photodetecting channels (CH); and a plurality of resistors each having two end portions, provided for the respective photodetecting channels (CH), and each electrically connected through one of the end portions to the epitaxial semiconductor layer and connected through the other of the end portions to a signal conducting wire , wherein an irregular asperity is formed in at least a surface corresponding to the photodetecting channels (CH) in the semiconductor layer of the first conductivity type, wherein at least the surface corresponding to the photodetecting channels (CH) in the semiconductor layer of the first conductivity type is optically exposed, and wherein the surface where the irregular asperity is formed constitutes a light incident surface, light incident at the surface is reflected, scattered, or diffused and travels in the silicon substrate.