mhurhangee/patent-ind-claim-en huggingface dataset:
A plant comprising: a steam generator that is fluidly coupled to a steam consuming device , wherein the steam generator is configured to produce a steam at a pressure substantially equal to a condensing pressure of the steam in the steam consuming device ; and at least one heat source that is thermally coupled to the steam generator , wherein the at least one heat source is configured to provide heat sufficient for converting a steam condensate into the steam; and a vessel that is fluidly coupled to the steam generator and the steam consuming device such that the vessel is able to (a) receive the steam from the steam generator and (b) receive the steam condensate from the steam consuming device . a steam generator that is fluidly coupled to a steam consuming device , wherein the steam generator is configured to produce a steam at a pressure substantially equal to a condensing pressure of the steam in the steam consuming device ; and at least one heat source that is thermally coupled to the steam generator , wherein the at least one heat source is configured to provide heat sufficient for converting a steam condensate into the steam; and a vessel that is fluidly coupled to the steam generator and the steam consuming device such that the vessel is able to (a) receive the steam from the steam generator and (b) receive the steam condensate from the steam consuming device .
A communication apparatus comprising: a receiver configured to receive first acknowledgement information via a physical sidelink feedback channel, PSFCH; a control unit configured to generate second acknowledgement information corresponding to the received first acknowledgement information; and a transmitter configured to determine not to transmit the second acknowledgement information in an uplink channel, the uplink channel being a physical uplink shared channel, PUSCH, or a physical uplink control channel, PUCCH, if a first elapsed time from receiving the first acknowledgement information until transmitting the second acknowledgement information in the uplink is shorter than a first reference time, the first reference time being configured for a timing between reception of the PSFCH and transmission of the uplink channel. a receiver configured to receive first acknowledgement information via a physical sidelink feedback channel, PSFCH; a control unit configured to generate second acknowledgement information corresponding to the received first acknowledgement information; and a transmitter configured to determine not to transmit the second acknowledgement information in an uplink channel, the uplink channel being a physical uplink shared channel, PUSCH, or a physical uplink control channel, PUCCH, if a first elapsed time from receiving the first acknowledgement information until transmitting the second acknowledgement information in the uplink is shorter than a first reference time, the first reference time being configured for a timing between reception of the PSFCH and transmission of the uplink channel.
A single-sided welding head comprising a first welding electrode and a second welding electrode , the first and second welding electrodes being carried by a body of said welding head , wherein: - the first welding electrode is movable relative to the body of said welding head at least along a first co-ordinate of motion (θ2); - the second welding electrode is movable relative to the body of said welding head at least along a second co-ordinate of motion (x4); - said first co-ordinate of motion (θ2) is a co-ordinate of angular motion that develops about a first axis of rotation (X2); and - said second co-ordinate of motion (X4) is a co-ordinate of linear motion that develops along a first axis of translation (X4), the single-sided welding head being characterized in that the first welding electrode is housed in a first cradle connected in an articulated way to the body of said welding head about the first axis of rotation (X2), said first cradle being moreover connected in an articulated way to a first portion of a first linear actuator , and wherein a second portion of said first linear actuator , movable relative to said first portion , is fixed to the body of said welding head . - the first welding electrode is movable relative to the body of said welding head at least along a first co-ordinate of motion (θ2); - the second welding electrode is movable relative to the body of said welding head at least along a second co-ordinate of motion (x4); - said first co-ordinate of motion (θ2) is a co-ordinate of angular motion that develops about a first axis of rotation (X2); and - said second co-ordinate of motion (X4) is a co-ordinate of linear motion that develops along a first axis of translation (X4),
A method performed by a scheduling node for enabling simultaneous communication of data for multiple wireless devices on a shared radio resource comprising one or more resource units, the method comprising: - dividing the wireless devices into multiple groups such that the number of wireless devices in each group does not exceed the number of resource units in the shared radio resource, - assigning at least one resource unit in the shared radio resource to one or more wireless devices in each group such that the at least one resource unit is shared by wireless devices across different groups, - assigning rotation angles to the one or more wireless devices in the groups indicating that the wireless devices in each group should use a rotation angle that is different from the rotation angle/s used by the wireless devices in the other group/s, and - signalling the assignment of the at least one resource unit and rotation angles and a repetition factor, to enable communication of data for the one or more wireless devices in each group using the rotation angle of said group and so that the data is repeated according to the repetition factor. - dividing the wireless devices into multiple groups such that the number of wireless devices in each group does not exceed the number of resource units in the shared radio resource, - assigning at least one resource unit in the shared radio resource to one or more wireless devices in each group such that the at least one resource unit is shared by wireless devices across different groups, - assigning rotation angles to the one or more wireless devices in the groups indicating that the wireless devices in each group should use a rotation angle that is different from the rotation angle/s used by the wireless devices in the other group/s, and - signalling the assignment of the at least one resource unit and rotation angles and a repetition factor, to enable communication of data for the one or more wireless devices in each group using the rotation angle of said group and so that the data is repeated according to the repetition factor.
A topical composition comprising 0.001% to 2% w/w of saccharide isomerate, 0.0001% to 0.2% w/w of Alteromonas ferment extract, 1% to 10% w/w of Butyrospermum parkii (shea) butter; 1% to 10% w/w of propylene glycol; 0.5% to 5% w/w of dimethicone; 0.1% to 3% w/w of silica; and a dermatologically acceptable vehicle wherein the composition is capable of moisturizing at least one of skin and hair, wherein the saccharide isomerate is exopolysaccharide synthesized by Vibrio alginolyticus , and wherein the Alteromonas ferment extract is exopolysaccharide from Kopara.
A method of operating an application service to enhance document productivity, the method comprising: examining a plurality of entries in a document hosted by the application service to identify at least an entry recognizable as an entity that is potentially related to at least one of a plurality of additional entities external to the document, wherein a successful query to a data source external to the document based on the at least one entry leads to the entry being recognized as an entity. wherein the document comprises a spreadsheet and wherein an entry comprises text entered in a cell in the spreadsheet defined by a row and a column pair: identifying, from the data source external to the document, at least a subset of the plurality of additional entities to surface in a user interface to the application service for potential inclusion in the document, wherein the additional entities comprise additional information related to the recognized entity; in response to a selection of at least one of the subset of the plurality of additional entities received via the user interface, including at least the one of the subset of the additional entities in the document in association with the entry. examining a plurality of entries in a document hosted by the application service to identify at least an entry recognizable as an entity that is potentially related to at least one of a plurality of additional entities external to the document, wherein a successful query to a data source external to the document based on the at least one entry leads to the entry being recognized as an entity. wherein the document comprises a spreadsheet and wherein an entry comprises text entered in a cell in the spreadsheet defined by a row and a column pair: identifying, from the data source external to the document, at least a subset of the plurality of additional entities to surface in a user interface to the application service for potential inclusion in the document, wherein the additional entities comprise additional information related to the recognized entity; in response to a selection of at least one of the subset of the plurality of additional entities received via the user interface, including at least the one of the subset of the additional entities in the document in association with the entry. identifying, from the data source external to the document, at least a subset of the plurality of additional entities to surface in a user interface to the application service for potential inclusion in the document, wherein the additional entities comprise additional information related to the recognized entity; in response to a selection of at least one of the subset of the plurality of additional entities received via the user interface, including at least the one of the subset of the additional entities in the document in association with the entry.
A cable duct branch for being mounted in a corner formed between adjacent installation surfaces , said cable duct branch comprising a first cable duct connection for the connection of a first cable duct and a second cable duct connection for the connection of a second cable duct , wherein the cable duct branch comprises the first cable duct and the second cable duct , wherein the second cable duct connection is realized in a shared component plane with the first cable duct connection and extends perpendicularly to the first cable duct connection, wherein the cable duct connections are realized as a shell-shaped duct cover having a short leg and a long leg in such a manner that each of the cable duct connections covers a duct base inserted into the cable duct connections, wherein the second cable duct connection has a connection cross section for accommodating the cable duct which is realized smaller than the connection cross section of the first cable duct connection , wherein the second cable duct has a duct base having a mounting back wall and two legs disposed at longitudinal edges of the mounting back wall, namely an outer leg which is disposed adjacently to the short leg of the second cable connection and a wall leg which serves for abutting against an installation surface , wherein the outer leg has a curve in its end region which is adapted to a curve of the second cable duct connection in the transition between the short leg and the long leg , wherein the duct base of the second cable duct has a flattening in the transition between the mounting back wall and the wall leg in order to form a hollow space between the duct base and the corner formed between the installation surfaces .
A controlling system for controlling LED lamps according to a controlling mode, said LED lamps comprising at least one single-color-temperature-type LED chip and/or at least one double-color-temperature-type LED chip and/or at least one RGB-type LED chip , the controlling system comprising: a parameter predetermining module that works as a user interface for the user to input parameter data of the LED lamps controlled by the controlling system and is configured for predetermining the controlling system to control which type of the LED chip is selected and the number of the selected type of LED chip in accordance with the parameter data input by the user; characterized in that said parameter data include at least a type and a number of each of the LED chips controlled by the controlling system , said controlling system further comprising a searching module configured for searching the selected type and the number of the LED chips controlled by the controlling system according to the parameter data input by the user; and an adding module configured for adding the searched LED chip into the controlling system and assigning the distinguishable parameter to the added LED chip by modifying parameter settings of the added LED chip and assigning a new address value and a new type value to the added LED chip so as to distinguish from other LED chips; and a system configuration module configured for setting a controlling mode for the added searched LED chip. a parameter predetermining module that works as a user interface for the user to input parameter data of the LED lamps controlled by the controlling system and is configured for predetermining the controlling system to control which type of the LED chip is selected and the number of the selected type of LED chip in accordance with the parameter data input by the user; characterized in that said parameter data include at least a type and a number of each of the LED chips controlled by the controlling system , said controlling system further comprising a searching module configured for searching the selected type and the number of the LED chips controlled by the controlling system according to the parameter data input by the user; and an adding module configured for adding the searched LED chip into the controlling system and assigning the distinguishable parameter to the added LED chip by modifying parameter settings of the added LED chip and assigning a new address value and a new type value to the added LED chip so as to distinguish from other LED chips; and a system configuration module configured for setting a controlling mode for the added searched LED chip.
A feeding device for feeding animals, said device comprising a feed container for accommodating feed, the feed container being provided with a side wall having a closable dispensing opening , and a feed removing device for removing feed from the feed container , the feed removing device being provided outside of the side wall near the dispensing opening and having a rotatable, substantially cylindrical body with feed catching teeth and a drive unit for the body , wherein the teeth are provided in a movable way relative to the body during its rotation in such a way that, during a first part of each rotation of the body , the teeth are protruding from the body through slots to catch feed and that, during a second part of each rotation of the body , the teeth are positioned substantially completely within the circumference of the body .
Apparatus for producing a rod of aerosol-generating material , the apparatus comprising: a first feed device adapted to supply a first web of aerosol-generating material to a processing unit; a second feed device adapted to supply a second web of aerosol-generating material ; and a web changeover unit arranged to change supply of aerosol-generating material to the processing unit from the first web of aerosol-generating material to the second web of aerosol-generating material; wherein the web changeover unit is configured to position a leading edge of the second web of aerosol-generating material adjacent to a trailing edge of the first web of aerosol-generating material upstream of the processing unit such that said leading and trailing edges do not overlap, during changeover from the first web of aerosol-generating material to the second web of aerosol-generating material, and such that said leading and trailing edges remain in a non-overlapping relationship after changeover and when the first web of aerosol-generating material and second web of aerosol-generating material are supplied to the processing unit. a first feed device adapted to supply a first web of aerosol-generating material to a processing unit; a second feed device adapted to supply a second web of aerosol-generating material ; and a web changeover unit arranged to change supply of aerosol-generating material to the processing unit from the first web of aerosol-generating material to the second web of aerosol-generating material; wherein the web changeover unit is configured to position a leading edge of the second web of aerosol-generating material adjacent to a trailing edge of the first web of aerosol-generating material upstream of the processing unit such that said leading and trailing edges do not overlap, during changeover from the first web of aerosol-generating material to the second web of aerosol-generating material, and such that said leading and trailing edges remain in a non-overlapping relationship after changeover and when the first web of aerosol-generating material and second web of aerosol-generating material are supplied to the processing unit.
A device for detecting manual guidance of a steering wheel by a driver, having: (a) a torque sensor for measuring a steering wheel torque (T s ) of the steering wheel; (b) an angular speed sensor for measuring an angular speed (ω c ) of a steering wheel column which is connected to the steering wheel; and having (c) a calculation unit which calculates a driver torque (T d ) applied to the steering wheel by the driver, as a function of the measured steering wheel torque (T s ) and the measured angular speed (ω c ), characterized in that the calculation unit filters the calculated driver torque (T d ) in order to determine a steering angle component θ C T which is compared with a threshold value ( θ tol ) in order to detect manual guidance of the steering wheel by the driver. (a) a torque sensor for measuring a steering wheel torque (T s ) of the steering wheel; (b) an angular speed sensor for measuring an angular speed (ω c ) of a steering wheel column which is connected to the steering wheel; and having (c) a calculation unit which calculates a driver torque (T d ) applied to the steering wheel by the driver, as a function of the measured steering wheel torque (T s ) and the measured angular speed (ω c ),
An engine bearing compartment, comprising: an engine casing defining a discharge pathway for a fluid to drain from the engine bearing compartment; a shaft rotatably disposed within the engine casing to define an annulus ; a housing disposed within the annulus at least partially below an elevation of the discharge pathway; an impeller rotatable with the shaft and including a centrifugal element , the impeller being disposed within the annulus at the discharge pathway elevation whereby, due to impeller rotation, the centrifugal element may expel the fluid through the discharge pathway from the annulus above the discharge pathway elevation; and a circuit by which fluid expelled through the discharge pathway is communicated to an interior of the housing ; wherein the impeller has a recess defining the centrifugal element ; wherein the discharge pathway is formed with a funnel-shape having an inlet of a first size that is circumferentially larger than a complementary size of the recess, and an outlet of a second size that is smaller than the first size. an engine casing defining a discharge pathway for a fluid to drain from the engine bearing compartment; a shaft rotatably disposed within the engine casing to define an annulus ; a housing disposed within the annulus at least partially below an elevation of the discharge pathway; an impeller rotatable with the shaft and including a centrifugal element , the impeller being disposed within the annulus at the discharge pathway elevation whereby, due to impeller rotation, the centrifugal element may expel the fluid through the discharge pathway from the annulus above the discharge pathway elevation; and a circuit by which fluid expelled through the discharge pathway is communicated to an interior of the housing ; wherein the impeller has a recess defining the centrifugal element ; wherein the discharge pathway is formed with a funnel-shape having an inlet of a first size that is circumferentially larger than a complementary size of the recess, and an outlet of a second size that is smaller than the first size.
A method of a User Equipment, in the following also referred to as UE, comprising the steps of: receiving a Handover Command from a network node to trigger a non-contention based random access procedure, wherein the Handover Command includes a first information indicating a first numerology and a second information indicating a second numerology ; transmitting a random access preamble based on the second numerology to the network node ; receiving a random access response from the network node ; and monitoring a control channel for scheduling a new transmission based on the first numerology after reception of the random access response . receiving a Handover Command from a network node to trigger a non-contention based random access procedure, wherein the Handover Command includes a first information indicating a first numerology and a second information indicating a second numerology ; transmitting a random access preamble based on the second numerology to the network node ; receiving a random access response from the network node ; and monitoring a control channel for scheduling a new transmission based on the first numerology after reception of the random access response .
An operating unit for an injection molding machine having a display screen , a data processing device and at least one hand button for the operation of injection molding machine elements , wherein items of information which are associated with injection molding elements and which are present in the injection molding machine can be called up by the data processing device , wherein items of status information which are associated with injection molding elements and which are present in the injection molding machine in respect of activatability or non-activatability of the associated injection molding machine element can be called up by the data processing device , characterised in that upon actuation of the at least one hand button, if the status information associated with the corresponding injection molding machine element indicates activatability, at least one operating signal can be sent to the injection molding machine and the associated items of information can be represented on the display screen and, if the status information associated with the corresponding injection molding machine element indicates non-activatability, the associated items of information and a warning indication indicating non-activatability can be represented on the display screen , wherein the items of information associated with injection molding elements include parameters (P) which can be represented as a digit and/or in a bar form of representation and/or in the form of a diagram.