mhurhangee/patent-ind-claim-en huggingface dataset:
Shower jet generating device for a sanitary shower head, comprising - a jet disk , including at least one jet disk opening and delimiting a fluid chamber on the outlet side, and - a fluid outlet element disposed on the at least one jet disk opening and movable in an axial main direction component, which element includes a movable valve body having a fluid outlet opening issuing from the fluid chamber, which fluid outlet opening is unblocked in an unblocking position of the fluid outlet element and is blocked in a blocking position of the fluid outlet element in response to a fluid pressure in the fluid chamber, characterized in that - the movable valve body cooperates with an unmovable valve seat , which unblocks the fluid outlet opening in the unblocking position of the fluid outlet element and blocks it in a blocking position of the fluid outlet element. - a jet disk , including at least one jet disk opening and delimiting a fluid chamber on the outlet side, and - a fluid outlet element disposed on the at least one jet disk opening and movable in an axial main direction component, which element includes a movable valve body having a fluid outlet opening issuing from the fluid chamber, which fluid outlet opening is unblocked in an unblocking position of the fluid outlet element and is blocked in a blocking position of the fluid outlet element in response to a fluid pressure in the fluid chamber, - the movable valve body cooperates with an unmovable valve seat , which unblocks the fluid outlet opening in the unblocking position of the fluid outlet element and blocks it in a blocking position of the fluid outlet element.
An agricultural harvesting head comprising: a frame that supports a cutter configured to cut an agricultural product; a set of laterally extending and forward tilting feeding tracks configured to guide the cut agricultural product to a center of the agricultural harvesting head , the set of feeding tracks comprising a base web of elastomer-impregnated fabric and a plurality of elongated cleats that extend upward from the base web and extend across substantially the entire width of the base web, wherein a rear edge of the feeding tracks is disposed above a front edge of the respective track ; and a center feeding track configured to receive the cut agricultural product from the set of laterally extending feeding tracks and guide the agricultural product into a body of the agricultural harvester, characterized in that the laterally extending feeding tracks each comprise a plurality of rows of textured protrusions that extend upward from the web a distance sufficient to catch and hold grain rolling downhill in a direction perpendicular to the direction of travel of the feeding track , wherein the rows of textured protrusions are bracketed in a repeating pattern between adjacent cleats and extend over substantially the entire length of the base web, and that the rows are distributed over the width of the base web and substantially cover the entire crop-carrying surface of the laterally extending feeding tracks . a frame that supports a cutter configured to cut an agricultural product; a set of laterally extending and forward tilting feeding tracks configured to guide the cut agricultural product to a center of the agricultural harvesting head , the set of feeding tracks comprising a base web of elastomer-impregnated fabric and a plurality of elongated cleats that extend upward from the base web and extend across substantially the entire width of the base web, wherein a rear edge of the feeding tracks is disposed above a front edge of the respective track ; and a center feeding track configured to receive the cut agricultural product from the set of laterally extending feeding tracks and guide the agricultural product into a body of the agricultural harvester, characterized in that the laterally extending feeding tracks each comprise a plurality of rows of textured protrusions that extend upward from the web a distance sufficient to catch and hold grain rolling downhill in a direction perpendicular to the direction of travel of the feeding track , wherein the rows of textured protrusions are bracketed in a repeating pattern between adjacent cleats and extend over substantially the entire length of the base web, and that the rows are distributed over the width of the base web and substantially cover the entire crop-carrying surface of the laterally extending feeding tracks .
A pair of automatically photosensitive sunglasses with low power consumption, comprising a spectacle frame , two liquid crystal lenses provided on the spectacle frame , a power supply module , a photosensor for sensing an ambient luminosity, a microprocessor for adjusting the liquid crystal lenses between a bright condition and a dark condition, characterized in that it further comprises a high-frequency charging and discharging bootstrap circuit for increasing the output voltage, wherein the microprocessor comprises a input control port connected to the photosensor , a power source port connected to the power supply module , a boost control port connected to the input port of the high-frequency charging and discharging bootstrap circuit , and a low-frequency switching drive circuit for switching to a low or high driving voltage of the liquid crystal lenses ; the low-frequency switching drive circuit has an input port connected to an output port of the high-frequency charging and discharging bootstrap circuit , and an output port connected to the two liquid crystal lenses .
Gardening and/or forestry system , comprising: - a distance measuring system , including a first distance part and a second distance part , - wherein the second distance part is configured to be carried on a body of a gardener and/or forestry worker , - wherein the distance measuring system is configured to exchange a measuring signal between the first distance part and the second distance part and to measure a distance (DI) between the first distance part and the second distance part based on the exchanged measuring signal, and - an output device configured to output information (Info) based on the measured distance to the gardener and/or forestry worker, characterized in that the second distance part is configured to at least partially clasp a limb of the body of the gardener and/or forestry worker , and/or wherein the gardening and/or forestry system comprises a protective helmet and/or a face shield and/or ear protection and/or safety goggles and/or a protective glove and/or a smartwatch and/or an armband and/or a wristband and/or a bracelet, whereon the second distance part is disposed. - a distance measuring system , including a first distance part and a second distance part , - wherein the second distance part is configured to be carried on a body of a gardener and/or forestry worker , - wherein the distance measuring system is configured to exchange a measuring signal between the first distance part and the second distance part and to measure a distance (DI) between the first distance part and the second distance part based on the exchanged measuring signal, and - an output device configured to output information (Info) based on the measured distance to the gardener and/or forestry worker,
An interference coordination method , comprising: allocating (S110), by a base station, a first almost blank subframe to one or more first base stations that are interfered with by the base station; sending (S120), by the base station, a first message to one or more second base stations that interfere with the base station, wherein the first message comprises information used to indicate the first almost blank subframe; and obtaining (S130), by the base station, a second almost blank subframe that is allocated by the one or more second base stations to the base station, wherein the second almost blank subframe is different from the first almost blank subframe; wherein the first message is a request indication message, and the request indication message is used to request the one or more second base stations to allocate the second almost blank subframe to the base station, characterized in that : either (i) the first message further comprises information used to indicate an almost blank subframe that is forbidden to be allocated, and the almost blank subframe that is forbidden to be allocated comprises the first almost blank subframe; or (ii) wherein the first message further comprises information used to indicate an almost blank subframe that is allowed to be allocated, and the almost blank subframe that is allowed to be allocated does not comprise the first almost blank subframe. allocating (S110), by a base station, a first almost blank subframe to one or more first base stations that are interfered with by the base station; sending (S120), by the base station, a first message to one or more second base stations that interfere with the base station, wherein the first message comprises information used to indicate the first almost blank subframe; and obtaining (S130), by the base station, a second almost blank subframe that is allocated by the one or more second base stations to the base station, wherein the second almost blank subframe is different from the first almost blank subframe; wherein the first message is a request indication message, and the request indication message is used to request the one or more second base stations to allocate the second almost blank subframe to the base station,
A plastic bag opening device configured to open an inlet of a plastic bag having a pocket shape, the plastic bag opening device comprising: an elevating member configured to lift the plastic bag in a state in which one surface of the plastic bag is adsorbed; and an air blower configured to inject air toward the inlet of the plastic bag adsorbed to the elevating member so that the inlet of the plastic bag is opened to be widened, the device being characterized in further comprising a rotating member configured to rotate the elevating member so that the inlet of the plastic bag adsorbed to the elevating member faces upward, further comprising a finger member provided with a pair of fingers that are inserted into the inlet of the plastic bag adsorbed to the elevating member and configured to pull and expand the inlet of the plastic bag in two opposite directions, and further comprising a movable member configured to move the elevating member to be far away from the finger member , so that the inlet of the plastic bag is expanded by an area between the finger member and the elevating member . an elevating member configured to lift the plastic bag in a state in which one surface of the plastic bag is adsorbed; and an air blower configured to inject air toward the inlet of the plastic bag adsorbed to the elevating member so that the inlet of the plastic bag is opened to be widened, the device being characterized in further comprising a rotating member configured to rotate the elevating member so that the inlet of the plastic bag adsorbed to the elevating member faces upward, further comprising a finger member provided with a pair of fingers that are inserted into the inlet of the plastic bag adsorbed to the elevating member and configured to pull and expand the inlet of the plastic bag in two opposite directions, and further comprising a movable member configured to move the elevating member to be far away from the finger member , so that the inlet of the plastic bag is expanded by an area between the finger member and the elevating member .
Mop holder , in particular flat mop holder , having an upper side and an opposite lower side , in particular which faces or can face an inner side of a mop cover , comprising in the region of the upper side , a connecting piece , adapted and arranged to receive a mop handle and to connect it to the mop holder , wherein the connecting piece comprises a pivot-tilt joint adapted and arranged to permit a movability of the mop holder relative to the mop handle about an axis of rotation (D) and about a tilt axis (K), characterized in that the pivot-tilt joint comprises an elastic pretensioning device , which is adapted and arranged to urge the mop holder with respect to the tilt axis (K) and with respect to the axis of rotation (D) into a predetermined, in particular central, starting position.
An adaptable hearing device charging port for a hearing device charger, comprising: a receiving section including a receiving opening configured for receiving at least a part of a hearing device ; and a holder coupled with the receiving section and comprising a holding outer-wall defining a holding cavity configured to accommodate the part of the hearing device , and a holder opening in the holding outer-wall configured to receive the part of the hearing device through the receiving opening into the holding cavity , wherein the holding outer-wall is elastically adaptable to adapt in size to hold hearing devices of different sizes and / or shapes in the holding cavity in a charging position characterized in that the holding outer-wall comprises two sections : a fixed section comprising a rigid material and configured to guide the hearing device , and a moveable section comprising a rigid material elastically coupled with the fixed section by an elastic coupling to provide an elastic adjustment of the moveable section relative to the fixed section for accommodating and holding the part of the hearing device in the holding cavity in the charging position, wherein the elastic coupling comprises a band or an O-ring of elastic material encircling at least partially the fixed section and the moveable section , and wherein the moveable section is hingedly coupled with the fixed section . a receiving section including a receiving opening configured for receiving at least a part of a hearing device ; and a holder coupled with the receiving section and comprising a holding outer-wall defining a holding cavity configured to accommodate the part of the hearing device , and a holder opening in the holding outer-wall configured to receive the part of the hearing device through the receiving opening into the holding cavity , wherein the holding outer-wall is elastically adaptable to adapt in size to hold hearing devices of different sizes and / or shapes in the holding cavity in a charging position characterized in that the holding outer-wall comprises two sections : a fixed section comprising a rigid material and configured to guide the hearing device , and a moveable section comprising a rigid material elastically coupled with the fixed section by an elastic coupling to provide an elastic adjustment of the moveable section relative to the fixed section for accommodating and holding the part of the hearing device in the holding cavity in the charging position, wherein the elastic coupling comprises a band or an O-ring of elastic material encircling at least partially the fixed section and the moveable section , and wherein the moveable section is hingedly coupled with the fixed section .
Protective garment comprising: - a belt , adapted to be positioned around the waist of a user (U), - two leggings , each legging comprising an upper portion intended to be wrapped around a user's thigh, a lower portion intended to be wrapped around a user's calf, and an intermediate portion connecting the upper and lower portions, - a plurality of airbags for safety, and - a triggering device adapted to trigger inflation of the airbags, characterized in that the intermediate portion of each legging has a notch adapted to come over the front of the user's knee when the legging is in position around the user's leg, and in that the upper portion and lower portion of each legging each comprise at least one airbag arranged adjacent to the notch of the intermediate portion. - a belt , adapted to be positioned around the waist of a user (U), - two leggings , each legging comprising an upper portion intended to be wrapped around a user's thigh, a lower portion intended to be wrapped around a user's calf, and an intermediate portion connecting the upper and lower portions, - a plurality of airbags for safety, and - a triggering device adapted to trigger inflation of the airbags, characterized in that the intermediate portion of each legging has a notch adapted to come over the front of the user's knee when the legging is in position around the user's leg, and in that the upper portion and lower portion of each legging each comprise at least one airbag arranged adjacent to the notch of the intermediate portion.
A method for the automatic production of a specifiable number of individualized tablets with a specifiable quantity of a first active ingredient by means of a tablet press , having the following method steps: - inputting a nominal number which indicates the number of tablets to be produced, and a nominal mass which indicates the quantity of the first active ingredient per tablet , into an input device , - transmitting the nominal number and the nominal mass from the input device to a control system of the tablet press , wherein the control system controls a first dosing device , a weighing device , an extendable upper punch and an extendable lower punch , - filling a quantity of the first active ingredient , which corresponds to the nominal mass , from a first material container into a central opening of a die by means of the first dosing device , wherein, during filling, a pressure face of the lower punch closes the central opening on one side, and the quantity of the first active ingredient filled into the central opening is measured by means of the weighing device on which the lower punch and the die are placed during filling, - pressing the first active ingredient by extending a pressure face of the upper punch into the central opening , - releasing a pressed tablet from the die by extending the pressure face of the lower punch into the central opening , - repeating the method steps of filling the quantity of the first active ingredient , pressing the first active ingredient and releasing the pressed tablet until the number of the pressed tablets corresponds to the nominal number . - inputting a nominal number which indicates the number of tablets to be produced, and a nominal mass which indicates the quantity of the first active ingredient per tablet , into an input device , - transmitting the nominal number and the nominal mass from the input device to a control system of the tablet press , wherein the control system controls a first dosing device , a weighing device , an extendable upper punch and an extendable lower punch , - filling a quantity of the first active ingredient , which corresponds to the nominal mass , from a first material container into a central opening of a die by means of the first dosing device , wherein, during filling, a pressure face of the lower punch closes the central opening on one side, and the quantity of the first active ingredient filled into the central opening is measured by means of the weighing device on which the lower punch and the die are placed during filling, - pressing the first active ingredient by extending a pressure face of the upper punch into the central opening , - releasing a pressed tablet from the die by extending the pressure face of the lower punch into the central opening , - repeating the method steps of filling the quantity of the first active ingredient , pressing the first active ingredient and releasing the pressed tablet until the number of the pressed tablets corresponds to the nominal number .
A local wave field synthesis apparatus for driving an array of loudspeakers with drive signals to generate one or more local wave fields at one or more intended audio zones, the apparatus comprising: - a determination module designed to determine desired sound pressures and desired particle velocity vectors at a plurality of control points, - a computation module designed to compute sound pressures and particle velocity vectors at the plurality of control points based on a set of filter parameters, - an optimization module designed to compute an optimum set of filter parameters by jointly optimizing the computed sound pressures towards the desired sound pressures and the computed particle velocity vectors towards the desired particle velocity vectors, and - a generator module , designed to generate the drive signals based on the optimum set of filter parameters, wherein the plurality of control points are located on one or more contours around the one or more audio zones. - a determination module designed to determine desired sound pressures and desired particle velocity vectors at a plurality of control points, - a computation module designed to compute sound pressures and particle velocity vectors at the plurality of control points based on a set of filter parameters, - an optimization module designed to compute an optimum set of filter parameters by jointly optimizing the computed sound pressures towards the desired sound pressures and the computed particle velocity vectors towards the desired particle velocity vectors, and - a generator module , designed to generate the drive signals based on the optimum set of filter parameters,
A sample analyzing device for measuring light emitted by introducing a reagent to a sample contained in a container for analyzing the sample, the sample analyzing device comprising: a holder configured to hold the container ; a casing (C) that has a door (C2) for taking in/out the holder ; a nozzle to/from which a pipette tip (PT) for injecting the reagent into the container can be attached/detached; a photodetector configured to measure the light emitted from the sample in the container supported by the holder ; and a disposal box into which the pipette tip (PT) after injection is disposed of, wherein the disposal box is configured to be arranged in the casing (C) and to be taken in/out via the door (C2); the holder is configured to hold multiple containers in a circular ring-shaped manner, wherein the holder has an area where there are no containers , the area being on an inner side of the multiple containers , and wherein the holder is configured to rotate around a predetermined rotation center, the disposal box is provided to the holder , wherein the disposal box is provided on the inner side of the multiple containers in the holder , the disposal box has an arc-shaped opening along an arrangement direction of the multiple containers in a plan view, the disposal box is provided integrally with the holder , and in the disposal box , a disposal space is separated for each pipette tip (PT) to be disposed of. a holder configured to hold the container ; a casing (C) that has a door (C2) for taking in/out the holder ; a nozzle to/from which a pipette tip (PT) for injecting the reagent into the container can be attached/detached; a photodetector configured to measure the light emitted from the sample in the container supported by the holder ; and a disposal box into which the pipette tip (PT) after injection is disposed of, wherein the disposal box is configured to be arranged in the casing (C) and to be taken in/out via the door (C2); the holder is configured to hold multiple containers in a circular ring-shaped manner, wherein the holder has an area where there are no containers , the area being on an inner side of the multiple containers , and wherein the holder is configured to rotate around a predetermined rotation center, the disposal box is provided to the holder , wherein the disposal box is provided on the inner side of the multiple containers in the holder , the disposal box has an arc-shaped opening along an arrangement direction of the multiple containers in a plan view, the disposal box is provided integrally with the holder , and in the disposal box , a disposal space is separated for each pipette tip (PT) to be disposed of.